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ROOF HEAT PROOFING COMPANY PROFILE:
We would like to introduce ourselves as one of the Pioneer of ROOF HEAT PROOFING in Pakistan. Our company was established in the year 2000.
ROOF HEAT PROOFING Family Business Background.
Our Business Background is that we are importer of chemicals. When Pakistan got independence our grandfather Mr.Abdul Khaliq Gandhak wala (Late) was the first one to open a chemical outlet in Jodia Bazar Karachi. Every chemical related industrialist and Business men know him really well.
What is ROOF HEAT PROOFING Cool Tech?
In chemical field, we started ROOF HEAT PROOFING, a new business which fulfills the need of every house, Factory, Office, Hotel, School, Hospital and any other organization. ROOF HEAT PROOFING is the mixture of different types of chemicals, and Sun block chemicals from Pakistan, Korea, China and Germany.
ROOF HEAT PROOFING Vision and Mission.
After 35 years all over the world such as USA, GULF, Saudi Arabia and Hot region countries Cool Tech brought ROOF HEAT PROOFING facility in Pakistan in 2000. Approx.: 8000sq ft clean Area can be done within a day without any disturbance and noise. You can use your roof conveniently and you can search that type of coating on internet by any search engine like yahoo Google etc. Just mention ROOF HEAT PROOFING. Your Air Conditioner Bill will be deducted around 20 to 30%. Recommended by Engineers and consultant all over the world.
WHY ROOF HEAT PROOFING IS NECESSARY FOR ALL TOP FLOORS.
ROOF HEAT PROOFING saves your money against high Air conditioner Bills.
Cool Tech Saves your money against high Air conditioner Bills. The best reason to use Cool tech (ROOF HEAT PROOFING) is simply put……..You save Money! How much does it cost? Well, considering reduced electric bills, less wear and tear on air conditioner components, extended roof life, increased comfort and the beauty supplied, it’s almost FREE! Cool Tech will help pay for itself before you know it by enabling you to save 20-30% of your electricity cost. Cool Tech (ROOF HEAT PROOFING) is a high built coating made from highly water-resistant polymers and additives that give flexibility and durability.
ROOF HEAT PROOFING Protect your roof against hot sun rays.
Roof Heat Proofing provides SOLAR REFLECTANCE, which means it reflects most of the infrared and visible light striking the surface of the coating. Over 80% of the light striking Cool Tech (ROOF HEAT PROOFING) is reflected back into the atmosphere and away from your roof. Then Roof Heat Proofing repels over 80% of the heat striking it. It bounces this heat back into the atmosphere. This synergistic effect means that Cool Tech reflects the majority of radiant energy away from the structure while the micro-porous structure of the coating dissipated and blocks any radiation that is absorbed and reduces the energy transmitted to the substrate.
ROOF HEAT PROOFING Protect your roof against thermal shocks
Roof Heat Proofing also helps prevent thermal shocks. A hot roof can experience thermal shocks when a passing shower of cold rain hits the hot roof causing a rapid and tremendously violent contraction. These violent contractions can rip seams open, pop fasteners out of the roofs substrate, pull flashing out of the imbedding plies and generally destroys your roof. Keeping your roof cool prevents the radical contraction that leads to “ROOF SHOCK”, premature roof failure and costly replacement costs.
SOME OF OUR VALUABLE CLIENTS (COMMERCIAL)
• BAY VIEW HIGH SCHOOL CLIFTON 2012
• PAK GREASE MANUFAC KEEMARI KARACHI 2013
• BONANZA GARMENTS 2013
• SOUTH SHORE O-LEVEL SCHOOL DHA 2013
• KARACHI GRAMMAR SCHOOL CLIFTON 2011
• SIEMENS PAKISTAN ENGINEERING CO. LTD. SITE 2010
• (FOTCO) FAUJI OIL TERMINAL & DISTRIBUTION Co. Ltd (PORT QASIM) 2010
• OYSTER TECHNOLOGIC (PVT)LTD KORANGI 2011
• THE RESIDENCY HOTEL (LAHORE) 2011
• ARENA KARSAZ (2010)
• ARY DIGITAL NETWORK STUDIO (SITE) 2009
• MERCK (PVT) LTD QUETTA 2011
• CARE LOGISTIC SHARA-E-FAISAL 2011
• PRECISION POLYMERS (PVT) LIMITED 2011
• S. ABDULLAH & COMPANY (K-SHAMSHEER) (DHA) 2005
• MEDICAIDS PAKISTAN PVT LTD (KORANGI) 2011
• ICON TOWER (SITE OFFICE) ADJACENT ABDULLAH SHAH GHAZI MAZAR 2010
• CENTURY 21 TEXTILE (S.I.T.E) 2004
• HAKEEM ABDUL GHAFFAR AGHA (AGHA HERBAL, TARIQ ROAD) 2009
• (FOTCO) GUEST HOUSE (DHA) 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• EDEN ROBE GARMENTS (SITE) 2007
• RAZAQUE STEEL (SITE) 2008
• STAR CNG N.NAZIMABAD 2011
• ST. PETERS HIGH SCHOOL KASHMIR ROAD 2009
• K.N. ACCADEMY (MALIR CANTT) 2003
• HAMPTON SCHOOL (CLIFTON) 2007
• WOODWARDS (PVT) LTD (AMEER KHUSRO ROAD) 2010
• CHAS. A MENDOZA (RAZI ROAD) 2010
• KIRAN HOSPITAL (SAFFORA GOTH) 2004
• USMAN MEMORIAL HOSPITAL (F.B. AREA) 2003
• CIVIL HOSPITAL 2004
• M.M. TOWERS (DHA) (MAIN KHAYABAN-E-ITEHAD) 2004
• LOYA ASSOCIATE (P.E.C.H.S) 2005
• ALI ASGHAR TEXTILE (KORANGI OFFICE AREA) 2010
• OXYHEALTH LOUNGE & RELAXATION CLUB (CLIFTON) 2008
• SHAN SILK (KORANGI) 2011
SOME OF OUR VALUABALE CLIENTS (RESIDENTIAL)
• MR. FAROOQ (BONANAZA GARMENTS) 2013
• MR. JUNAID JAMSHED DHA 2013
• MR ASHRAF S/O MR. LIAQUT ALI KHAN 1ST PRIME MINISTER OF PAKISTAN
• MIAN NASEER ARCHITECT 2013
• MR. SIKANDER BAKHT (FORMER PAKISTANI CRICKETER) D.H.A 2011
• MR. MASOOD HASSAN (CLIFTON) 2009 M/S. SIEMENS CO. LTD. SITE 2010
• MR. MURAD ALI SHAH MINISTOR OF IRRIGATION AND POWER (DHA) 2010
• MR. IMRAN S. SATTAR OXFORD SWETTERS DHA 2011
• MR. ASGHAR RANGOON WALA (ROYAL RODALE CLUB) (DHA) 2007
• MR YASIN SIDDIQUI CHAIRMAN “APTMA” DHA 2010 (SINDH & BALOCHISTAN ZONE)
• MR. SAJJAD HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. SARFARAZ HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. RAFIQ (ORIENT TEXTILE) DHA 2011.
• MS. FATIMA (D/O LATE MR. KAMAL FILM ACTOR) DHA 2011
• MR. BUKSH JUMANI (KHAIRPUR HOUSE) DHA 2011
• MR DANISH KHWAJA (A.R.Y) 2011 D.H.A / MR. NOFEL HUM T.V. 2011
• MR. YOUSUF DEWAN. (DEWAN GROUP OF INDUSTRIES) (DHA) 2003
• MR. HAMZA FAROOQ / MR. ABDUL BAAQI DEWAN. (DHA) 2008
• DR. RAHEEM-UL-HAQ (DHA) (SOUTH CITY HOSPITAL CLIFTON) 2007
• DR. ZEENAT ESSANI D.H.A 2008 / DR. ZAKIR ALVI D.H.A 2011
• MR. A. KARIM PARACHA (C.I.M. SHIPPING COMPANY) (DHA) 2008
• MR. SHAKEEL MASOOD (C.E. DAWN NEWS). (DHA) 2008
• MR ABBAS / MR SHABBIR (ARENA KARSAZ) 2010
• MR. AHMED ZAFAR EMIRATES GLOBAL BANK (DHA) 2010
• MR. POLAD SUZUKI MOTORS DEALER CLIFTON 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• MR SIKANDAR (CAFÉ FLOW) / MR. NADEEM ISLAM (BAYVIEW SCHOOL)
• MR. ALI ADAMJEE / MR. BILAL DAILY AGHAZ NEWS DHA 2010
• MR. HASSAN AKHTER (DHA) (MATRIX COMPANY CLIFTON) 2004
• MR. BILAL (DHA) DAILY AGHAZ NEWS 2009
• MR. NOSHAER (YAZDANI MOTORS D.H.A) 2008
• MRS. ANWAR PIONEER CABLES (D.H.A) 2011
• MR. ASLAM PAKISTAN CABLES (CLIFTON) 2011
• MR. ABDUL HANNAN (KHAS INDUSTRIES) D.H.A 2010
• MR. NAVEED ILLAHI “ALI ASGHAR TEXTILE” (DHA RESIDENCE) 2010.
roof heat proofing, roof treatment services, roof insulation pakistan, roof insulation chemical, roof heat protection, heat reflection white coating, heat proof HOME
Roof Heat Proofing for existing roofs to protect your place from heat.
Available in all major cities of Pakistan.
For client list and more details.
contact: salman matin
03332284724
02135486688
www.cooltechpk.com/videos.html
www.facebook.com/roofheatproofing
www.facebook.com/roofheatproofingkarachi
www.roofinsulationpakistan.com,
ROOF HEAT PROOFING COMPANY PROFILE:
We would like to introduce ourselves as one of the Pioneer of ROOF HEAT PROOFING in Pakistan. Our company was established in the year 2000.
ROOF HEAT PROOFING Family Business Background.
Our Business Background is that we are importer of chemicals. When Pakistan got independence our grandfather Mr.Abdul Khaliq Gandhak wala (Late) was the first one to open a chemical outlet in Jodia Bazar Karachi. Every chemical related industrialist and Business men know him really well.
What is ROOF HEAT PROOFING Cool Tech?
In chemical field, we started ROOF HEAT PROOFING, a new business which fulfills the need of every house, Factory, Office, Hotel, School, Hospital and any other organization. ROOF HEAT PROOFING is the mixture of different types of chemicals, and Sun block chemicals from Pakistan, Korea, China and Germany.
ROOF HEAT PROOFING Vision and Mission.
After 35 years all over the world such as USA, GULF, Saudi Arabia and Hot region countries Cool Tech brought ROOF HEAT PROOFING facility in Pakistan in 2000. Approx.: 8000sq ft clean Area can be done within a day without any disturbance and noise. You can use your roof conveniently and you can search that type of coating on internet by any search engine like yahoo Google etc. Just mention ROOF HEAT PROOFING. Your Air Conditioner Bill will be deducted around 20 to 30%. Recommended by Engineers and consultant all over the world.
WHY ROOF HEAT PROOFING IS NECESSARY FOR ALL TOP FLOORS.
ROOF HEAT PROOFING saves your money against high Air conditioner Bills.
Cool Tech Saves your money against high Air conditioner Bills. The best reason to use Cool tech (ROOF HEAT PROOFING) is simply put……..You save Money! How much does it cost? Well, considering reduced electric bills, less wear and tear on air conditioner components, extended roof life, increased comfort and the beauty supplied, it’s almost FREE! Cool Tech will help pay for itself before you know it by enabling you to save 20-30% of your electricity cost. Cool Tech (ROOF HEAT PROOFING) is a high built coating made from highly water-resistant polymers and additives that give flexibility and durability.
ROOF HEAT PROOFING Protect your roof against hot sun rays.
Roof Heat Proofing provides SOLAR REFLECTANCE, which means it reflects most of the infrared and visible light striking the surface of the coating. Over 80% of the light striking Cool Tech (ROOF HEAT PROOFING) is reflected back into the atmosphere and away from your roof. Then Roof Heat Proofing repels over 80% of the heat striking it. It bounces this heat back into the atmosphere. This synergistic effect means that Cool Tech reflects the majority of radiant energy away from the structure while the micro-porous structure of the coating dissipated and blocks any radiation that is absorbed and reduces the energy transmitted to the substrate.
ROOF HEAT PROOFING Protect your roof against thermal shocks
Roof Heat Proofing also helps prevent thermal shocks. A hot roof can experience thermal shocks when a passing shower of cold rain hits the hot roof causing a rapid and tremendously violent contraction. These violent contractions can rip seams open, pop fasteners out of the roofs substrate, pull flashing out of the imbedding plies and generally destroys your roof. Keeping your roof cool prevents the radical contraction that leads to “ROOF SHOCK”, premature roof failure and costly replacement costs.
SOME OF OUR VALUABLE CLIENTS (COMMERCIAL)
• BAY VIEW HIGH SCHOOL CLIFTON 2012
• PAK GREASE MANUFAC KEEMARI KARACHI 2013
• BONANZA GARMENTS 2013
• SOUTH SHORE O-LEVEL SCHOOL DHA 2013
• KARACHI GRAMMAR SCHOOL CLIFTON 2011
• SIEMENS PAKISTAN ENGINEERING CO. LTD. SITE 2010
• (FOTCO) FAUJI OIL TERMINAL & DISTRIBUTION Co. Ltd (PORT QASIM) 2010
• OYSTER TECHNOLOGIC (PVT)LTD KORANGI 2011
• THE RESIDENCY HOTEL (LAHORE) 2011
• ARENA KARSAZ (2010)
• ARY DIGITAL NETWORK STUDIO (SITE) 2009
• MERCK (PVT) LTD QUETTA 2011
• CARE LOGISTIC SHARA-E-FAISAL 2011
• PRECISION POLYMERS (PVT) LIMITED 2011
• S. ABDULLAH & COMPANY (K-SHAMSHEER) (DHA) 2005
• MEDICAIDS PAKISTAN PVT LTD (KORANGI) 2011
• ICON TOWER (SITE OFFICE) ADJACENT ABDULLAH SHAH GHAZI MAZAR 2010
• CENTURY 21 TEXTILE (S.I.T.E) 2004
• HAKEEM ABDUL GHAFFAR AGHA (AGHA HERBAL, TARIQ ROAD) 2009
• (FOTCO) GUEST HOUSE (DHA) 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• EDEN ROBE GARMENTS (SITE) 2007
• RAZAQUE STEEL (SITE) 2008
• STAR CNG N.NAZIMABAD 2011
• ST. PETERS HIGH SCHOOL KASHMIR ROAD 2009
• K.N. ACCADEMY (MALIR CANTT) 2003
• HAMPTON SCHOOL (CLIFTON) 2007
• WOODWARDS (PVT) LTD (AMEER KHUSRO ROAD) 2010
• CHAS. A MENDOZA (RAZI ROAD) 2010
• KIRAN HOSPITAL (SAFFORA GOTH) 2004
• USMAN MEMORIAL HOSPITAL (F.B. AREA) 2003
• CIVIL HOSPITAL 2004
• M.M. TOWERS (DHA) (MAIN KHAYABAN-E-ITEHAD) 2004
• LOYA ASSOCIATE (P.E.C.H.S) 2005
• ALI ASGHAR TEXTILE (KORANGI OFFICE AREA) 2010
• OXYHEALTH LOUNGE & RELAXATION CLUB (CLIFTON) 2008
• SHAN SILK (KORANGI) 2011
SOME OF OUR VALUABALE CLIENTS (RESIDENTIAL)
• MR. FAROOQ (BONANAZA GARMENTS) 2013
• MR. JUNAID JAMSHED DHA 2013
• MR ASHRAF S/O MR. LIAQUT ALI KHAN 1ST PRIME MINISTER OF PAKISTAN
• MIAN NASEER ARCHITECT 2013
• MR. SIKANDER BAKHT (FORMER PAKISTANI CRICKETER) D.H.A 2011
• MR. MASOOD HASSAN (CLIFTON) 2009 M/S. SIEMENS CO. LTD. SITE 2010
• MR. MURAD ALI SHAH MINISTOR OF IRRIGATION AND POWER (DHA) 2010
• MR. IMRAN S. SATTAR OXFORD SWETTERS DHA 2011
• MR. ASGHAR RANGOON WALA (ROYAL RODALE CLUB) (DHA) 2007
• MR YASIN SIDDIQUI CHAIRMAN “APTMA” DHA 2010 (SINDH & BALOCHISTAN ZONE)
• MR. SAJJAD HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. SARFARAZ HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. RAFIQ (ORIENT TEXTILE) DHA 2011.
• MS. FATIMA (D/O LATE MR. KAMAL FILM ACTOR) DHA 2011
• MR. BUKSH JUMANI (KHAIRPUR HOUSE) DHA 2011
• MR DANISH KHWAJA (A.R.Y) 2011 D.H.A / MR. NOFEL HUM T.V. 2011
• MR. YOUSUF DEWAN. (DEWAN GROUP OF INDUSTRIES) (DHA) 2003
• MR. HAMZA FAROOQ / MR. ABDUL BAAQI DEWAN. (DHA) 2008
• DR. RAHEEM-UL-HAQ (DHA) (SOUTH CITY HOSPITAL CLIFTON) 2007
• DR. ZEENAT ESSANI D.H.A 2008 / DR. ZAKIR ALVI D.H.A 2011
• MR. A. KARIM PARACHA (C.I.M. SHIPPING COMPANY) (DHA) 2008
• MR. SHAKEEL MASOOD (C.E. DAWN NEWS). (DHA) 2008
• MR ABBAS / MR SHABBIR (ARENA KARSAZ) 2010
• MR. AHMED ZAFAR EMIRATES GLOBAL BANK (DHA) 2010
• MR. POLAD SUZUKI MOTORS DEALER CLIFTON 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• MR SIKANDAR (CAFÉ FLOW) / MR. NADEEM ISLAM (BAYVIEW SCHOOL)
• MR. ALI ADAMJEE / MR. BILAL DAILY AGHAZ NEWS DHA 2010
• MR. HASSAN AKHTER (DHA) (MATRIX COMPANY CLIFTON) 2004
• MR. BILAL (DHA) DAILY AGHAZ NEWS 2009
• MR. NOSHAER (YAZDANI MOTORS D.H.A) 2008
• MRS. ANWAR PIONEER CABLES (D.H.A) 2011
• MR. ASLAM PAKISTAN CABLES (CLIFTON) 2011
• MR. ABDUL HANNAN (KHAS INDUSTRIES) D.H.A 2010
• MR. NAVEED ILLAHI “ALI ASGHAR TEXTILE” (DHA RESIDENCE) 2010.
roof heat proofing, roof treatment services, roof insulation pakistan, roof insulation chemical, roof heat protection, heat reflection white coating, heat proof HOME
Roof Heat Proofing for existing roofs to protect your place from heat.
Available in all major cities of Pakistan.
For client list and more details.
contact: salman matin
03332284724
02135486688
www.cooltechpk.com/videos.html
www.facebook.com/roofheatproofing
www.facebook.com/roofheatproofingkarachi
www.roofinsulationpakistan.com,
Tortoise Table/Indoor enclosure. Pine plywood corner unit tortoise table. Three section table. Table with rails, water proofed flooring, rock background, floating shelves, enclosed lights (Zoo-M ed PowerSun 100watt), two sleeping zones, two story flooring and lids for cleaning accessibility. Bed-A-Beast w/organic topsoil mixture substrate, and viewing windows. Corner view from the second floor ramp.
View of asbestos ceiling sytem comprising several layers of materials. First layer consists of white, fibrous spray-applied acoustical surfacing, similar to "Limpet"-type product. If viewed from surface, the material appears textured with small perforations. When the asbestos material is painted, it initially feels dense to the touch, but is actually somewhat soft and can be rather easily damaged, susceptible to release friable debris from even minor scrapes or other physical impact. This spray material ranged between 20%-30% chrysotile asbestos content.
The very light-weight asbestos material is shown attached to a hard, light grey, grooved "scratch-coat" plaster substrate. The grooved scratches provide additional surface area for improved adhesion of the wet-applied acoustical spray treatment. Some of the grooves in the non-asbestos plaster layer are visible as thin notches in cross-section view.
The plaster was hand-trowelled onto 2'x4' gypsum panels (in this case, "Gyproc"-brand) with thick, hooked wire bracings embedded between each panel-sheet and metal clips connecting the individual non-asbestos gypsum panels together. Numerous thick hanger wires are attached to the exposed wire hooks protruding from the embedded bracings and the entire ceiling system is affixed to black-iron support rails and suspended from metal trusses along the ceilng deck.
Additional insulation materials were later added above the ceiling in this example, which includes a brown, non-asbestos, cellulosic blown-in insulation and fibrous-glass batt with non-asbestos paper vapor barrier. Close study of the blown-in insulation material revealed tiny shreds of newsprint interspersed within the fluffy bulk.
TAXONOMY
Kingdom: Animalia
Phylum: Mollusca
Class: Cephalopoda
Order: Sepiida
Family:i Sepiidae
Genus/species: Metasepia pfefferi
GENERAL CHARACTERISTICS: The normal base color of this species is dark brown. Individuals that are disturbed or attacked quickly change colour to a pattern of black, dark
brown, and white, with yellow patches around the mantle, arms, and eyes. The arm tips often display bright red coloration to ward off would-be predators. The mantle and head are covered with flap-like, fleshy protuberances (papillae),and a V-shaped fleshy ridge runs along the underside. Yellow fins flutter along the sides to propel the animal slowly though the water or along the substrate.
Max mantle length: 6–8 cm (2.5-3 in)
DISTRIBUTION/HABITAT: From Indonesia, the Philippines, Papua New Guinea, to Australia. Found in shallow, low-energy tropical marine waters (3 to 85 m) with mud, sand, or coral rubble
substrate.
DIET IN THE WILD: Active diurnal foragers on a variety of foods, especially fish and crustaceans, including “hard-hitting” mantis shrimp. Encircling the mouth are 8 purplish, blade-like arms with rows of suckers used to manipulate prey and 2 flattened, retractable tentacles which can be rapidly extended to catch prey. Cuttlefishes
LIFE SPAN. 18 and 24 months
CONSERVATION: IUCN: Data Deficient www.iucnredlist.org/details/162681/0. 2012
REMARKS: One researcher recently claimed this species to be the only cuttlefish known to be toxic, asserting that muscle tissue of this species possesses a toxin as deadly as that of its cephalopod relative, the blue-ringed octopus!
They also can produce ink as a defense.
Animals displaying this color pattern have been observed using their lower arms to walk or "amble" along the sea floor while rhythmically waving the wide protective membranes on their arms. It has been suggested that this behavior advertises a poisonous or distasteful nature.
One of the most well known features of cuttles is the cuttle bone, which is often used by pet owners to provide calcium for caged birds. Cuttlefish use this multi chambered internal calcified ‘shell’ to change buoyancy by quickly filling or emptying the chambers with gas. Interestingly, while the cuttle bone of most cuttles is as long as the animal’s mantle, the diamond shaped cuttlebone of the Flamboyant is disproportionately small, thin, and only 2/3 to ¾ of the mantle length. The small size of the cuttlebone may make swimming difficult and may accounts for the Flamboyants preference to ‘walk’ along the bottom.
References: California Academy of Sciences Steinhart Aquarium, Hidden Reef Richard Ross
Advanced Aquarist Volume IX › October 2010 › Aquarium Invertebrates: Metasepia pfefferi – the aptly named Flamboyant Cuttlefish. www.advancedaquarist.com/2010/10/inverts
Great overview
Animal Diversity Web animaldiversity.org/accounts/Metasepia_pfefferi/
5-29-18
Kingdom: Animalia
Phylum: Cnidaria
Class: Anthozoa
Subclass: Hexacorallia
Order: Actiniaria
Family: Metridiidae
Genus: Metridium
Species: M. senile
Metridium senile, common name the plumose anemone or frilled anemone, is a species of sea anemone in the family Metridiidae. It is found in the seas off northwest Europe and the east and west coasts of North America.
Description
The base of Metridium senile is considerably wider than the column and is attached to rock or another substrate. The column is long, smooth and cylindrical, of a fleshy consistency with a slimy surface lubricated with mucus. There are no warts or suckers and the column is topped by a parapet and deep groove. The oral disc is broad and deeply lobed into several curving sections that overhang the column. The slender, pointed tentacles are very numerous in larger specimens though fewer and relatively longer in smaller ones. Those near the margin are crowded and short whereas further into the disc they are longer and more dispersed. The colour range of this sea anemone is large but for any one specimen the colour is uniform throughout, except for the orange-red lip surrounding the central mouth. Colours include, white, cream, pink, orange, red, grey, brown and olive-green. The tentacles are translucent but may have a white band, and some specimens have a darker column and much paler disc.
There are several distinct forms and various intermediate ones. M. senile var. dianthus is described above. It has over 1000 tentacles and exhibits a feathery appearance. It can grow to 30 cm (12 in) tall with a base diameter of 15 cm (6 in) and a similar tentacle span. M. senile var. pallidus is much smaller, seldom exceeding 2.5 cm (1 in) base diameter, and has a much less convoluted disc with fewer than 200 tentacles. It seems to be a dwarf race, becoming sexually mature while still small. There are also a number of intermediate forms.
Johannes Peter Müller has described the variety dianthus as "the most beautiful of all the anemones". It is indeed an impressive sight with the tentacles fully expanded, resembling a palm tree, but when retracted it can become a low, irregularly shaped, jelly-like disc of unattractive appearance. When exposed to the air by a retreating tide, it does not always retract but may hang under an overhang in a limp fashion looking like a wet glove with a single drop of water dangling at its tip]
Distribution
M. senile is found on the northwest coasts of Europe from the Bay of Biscay north to Norway and Iceland. It also occurs on the east and west coasts of North America and has arrived in South African waters.[1] It is found on the lower shore and the neritic zone at depths down to about 100 m (328 ft).
Habitat
M. senile adheres to rocks, boulders, man-made structures, pebbles and shells. It favours places where the current is strong. Smaller forms inhabit the lower shore where they are found under stones, beneath overhangs and in shaded places. It specially favours soft rocks, honeycombed by molluscs, and the underside of large boulders. At greater depths, the larger forms are sometimes abundant on pilings, submerged pipes, pier supports and harbour walls. In the English Channel the anemones are often brought up when trawling in shallow waters for oysters and scallops. One oyster was found to have twenty anemones crowded onto its shell.
Biology
M. senile is a predator and catches small organisms floating past in the current. Its diet largely consists of copepods, worm larvae, mollusc larvae, ascidian larvae, amphipods and barnacle larvae.[5] There are reports of the sea anemone itself being eaten by the sea slug Aeolidia papillosa ("shag rug nudibranch"), the sea spider, Pycnogonum littorale, wentletrap sea snails Epitonium spp., the flounder, Pseudopleuronectes americanus and the black bream, Spondyliosoma cantharus.[5]
M. senile is a protandric hermaphrodite[1] – it starts life as one sex and changes to the other when it is older. Eggs or sperm develop in the gonads embedded in the mesentery that lines the coelom. They are ejected through the mouth, and when fertilised develop into planula larvae. After one to six months drifting in the plankton,[5] these settle and metamorphose into juveniles. By this means the plume anemone can spread to new areas some way from its origins.
The plume anemone can also increase its numbers by asexual reproduction. An individual can undergo binary fission by splitting in half and growing into two organisms. Or it can develop buds which grow into new individuals before becoming detached. Fragmentation, also known as basal laceration, is another mechanism by which the number of individuals can be increased rapidly. In an aquarium, the anemone can sometimes be seen to glide across a hard surface such as the glass wall, leaving fragments behind in the process. After a week or more, each piece can be seen to be developing a disc and tentacles and in due course grows into a new individual.
In 1856, in Torbay, England, a waterlogged board was brought to the surface by a dredger. It was found to have over 400 individuals of M. senile of varying sizes living on it. Those on one side were all white while the other side housed only individuals that were orange. The naturalist Philip Henry Gosse, writing about this, surmised that each side housed individuals resulting from the fragmentation of a single original individual that had settled on the board.
The growth rate of this species is rapid. Juveniles have been found to increase the diameter of their bases by 0.6 to 0.8 mm per day. By the age of 5 months, they have been found to reach an average basal diameter of 45 mm (2 in)]
Tank size: 60x45x40
Lighting: 150W HQI
Substrate: Elos TerraZero, Elos TerraUno, Elos BottomMineral, Elos TerraBlack
Fertilizer: Elos Fase 1, Elos Fase 2, Elos K40
Filtration: 1250l/h external filter
Decoration : Talawa wood and rock
Plants:
Sagitaria subulata
Cryptocoryne parva
Eleocharis parvula
Echinodorus tenellus
Eleocharis acicularis
Ranunculus inundatus
Anubias nana petite
Ludwigia sp.
Fissidens fontanus
Riccardia chamedryfolia
Christmas moss
Flame moss
Shrimps:
Amano
Crystal Red
Red Cherry
Sakura
Fish:
Crossocheilus reticulatus
Otocinclus affinis
Sundadanio axelrodi
Snail:
Neritina natalensis sp. Zebra
More Info.
In the 1950s, the drug thalidomide, administered as a sedative to pregnant women, led to the birth of thousands of children with multiple defects. Despite the teratogenicity of thalidomide and its derivatives lenalidomide and pomalidomide, these immunomodulatory drugs (IMiDs) recently emerged as effective treatments for multiple myeloma and 5q-deletion-associated dysplasia. IMiDs target the E3 ubiquitin ligase CUL4–RBX1–DDB1–CRBN (known as CRL4CRBN) and promote the ubiquitination of the IKAROS family transcription factors IKZF1 and IKZF3 by CRL4CRBN. Here we present crystal structures of the DDB1–CRBN complex bound to thalidomide, lenalidomide and pomalidomide. The structure establishes that CRBN is a substrate receptor within CRL4CRBN and enantioselectively binds IMiDs. Using an unbiased screen, we identified the homeobox transcription factor MEIS2 as an endogenous substrate of CRL4CRBN. Our studies suggest that IMiDs block endogenous substrates (MEIS2) from binding to CRL4CRBN while the ligase complex is recruiting IKZF1 or IKZF3 for degradation. This dual activity implies that small molecules can modulate an E3 ubiquitin ligase and thereby upregulate or downregulate the ubiquitination of proteins.
More
scienceblogs.com/gregladen/2010/03/12/how-thalidomide-cau...
More 2
www.rsc.org/chemistryworld/podcast/CIIEcompounds/transcri...
UK
1957 - Thalidomide is licensed in Germany
1957 - Germany main release of the drug (test marketing started at least a year earlier)
1958 - Thalidomide is licensed in the UK to Distillers
1958 - UK distribution begins through the NHS
1960 - Drug companies attempted to release Thalidomide in the USA but held back by Dr Frances Kelsey of the FDA until evidence of its safety was proven
1961 - Drug withdrawal announced in Germany, UK withdrawal commenced within a week, newborns still affected till 1965
1962 - A Belgian woman was found not guilty of murdering her thalidomide baby
1962 - First (and final) public announcement in UK that drug was not to be used
1964 - It's discovered that the drug had a radical effect on some of the painful symptoms of leprosy
1973 - The Thalidomide Trust is established
1978 - The first German pharmaceutical law was passed in 1978, tests for teratogenicity became a legal requirement for drug approval.
1980s - Scientists once again became interested in the drug's complex properties and researchers began to explore its use in the treatment of a number of diseases, including cancer
1986 - Guinness bought Distillers
Late 1990's - It becomes apparent that many of the thalidomide surviors were encountering health problems including accelerated wear of joints and limbs, which were causing pain and further disability. By the age of 40, a number have had to have hip replacements and even shoulder replacements
1995 - Guinness agrees to contribute financially to the Thalidomide Trust
1997 - Dr. Bart Barlogie’s reported thalidomide’s initial effectiveness against Multiple Myeloma and it was later approved in the United States by the FDA for use in this malignancy
1998 - Guinness merges with Grand Metropolitan and forms Diageo
2004 - the government agrees to grant tax exemption to thalidomide beneficiaries of the Thalidomide Trust
2005 - Diageo makes an agreement with the Thalidomide Trust to increase funds
2009 - The UK Government admits it will contribute three years of limited funding to the Thalidomide Trust to assist with health needs
2010 - The UK Government acknowledges the pain and suffering caused by all those affected by thalidomide.
German
1954 - Grünenthal Thalidomid Patente
1957 - Unter Thalidomid in Deutschland zugelassen
1957 - Deutschland Haupt Freisetzung des Wirkstoffs (Test -Marketing gestartet Mindestens ein Jahr zuvor )
1958 - Unter Thalidomid in Großbritannien lizenziert Distillers
1958 - Durch die NHS UK Verteilung beginnt
1960 - Thalidomid Drug Handelsunternehmen versucht, in den USA frei zweite von Dr. Frances Kelsey von der FDA zurückgehalten , bis tystio of-its Sicherheit nachgewiesen
1961 - Drogenentzug in Deutschland angekündigt , begann UK Rückzug Innerhalb einer Woche , Neugeborene noch bis 1965 betroffen
1962 - Eine belgische Frau wurde festgestellt, nicht schuldig des Mordes Herausforderung Thalidomid Baby
1962 - Erste (und letzte ) cyhoedd Ankündigung in Großbritannien Das Medikament war nicht, was zu Gebraucht
1964 - Es ist entdeckt fod y Medikament hatte eine radikale Wirkung auf einige der schmerzhaften Symptome der Lepra
1973 - Der Contergan- TreuunterGegründet
1978 - Die erste deutsche Pharma Hand wurde im Jahre 1978 bestanden , Tests für TERATOGENITÄT wurde eine gesetzliche Verpflichtung für Drogen cymeradwyaeth .
1980er Jahre - Wissenschaftler unwaith wurde wieder interessieren sich komplexe Eigenschaften und Forscher des Medikaments zu erforschen begann er stellt defnyddio im filfeddygol einer rhif von Krankheiten , Krebs gynnwys
1986 - Guinness gekauft Distillers
Ende der 1990er Jahre - Es wird deutlich, dass viele der Thalidomid surviors wir , die das Gesundheitswesen problemau gynnwys beschleunigten Verschleiß der Gelenke und Gliedmaßen , die weiter sind wir was zu Schmerzen und Behinderung. Bis zum Alter von 40 , und musste oes oes rhif Hüftprothesen und sogar Schulterendoprothetik
1995 - Guinness stimmt , sich finanziell an der Thalidomid Vertrauen cyfrannu
1997 - Dr. Bart Barlogie die durch Thalidomid cychwynnol Medizinische Wirksamkeit gegen Multiple Myeloma Sample Image berichtet und es wurde in den USA von der FDA für defnyddio in dieser Bösartigkeit genehmigt
1998 - Guinness verschmilzt mit Grand Metropolitan und Diageo Formen
2004 - Die Regierung stimmt zu Steuerbefreiung für Thalidomid der Begünstigten der Thalidomid Vertrauen gewähren
2005 - Diageo macht eine Vereinbarung mit dem Thalidomid Trust Fonds erhöhen
2009 - Die britische Regierung räumt ein, drei Jahre der begrenzten Mittel EI cyfrannu auf die Thalidomid Trust mit Gesundheit Bedürfnissen zu unterstützen
2010 - Die britische Regierung räumt ein, die Schmerzen und Leiden von Thalidomid verursacht werden, können , die mit dem betroffenen
Spanish
Historia
La talidomida fue creado por Grünenthal en 1953 y fue utilizado a finales de 1950 y principios de 1960 como una "droga milagrosa" para el tratamiento de las náuseas, dolores de cabeza, tos, insomnio y resfriados. La talidomida fue comercializada en el Reino Unido bajo el nombre Distaval en 1958, y destacó los anuncios de seguridad completa del medicamento, utilizando frases como "no tóxico" y "no hay toxicidad conocida".
Sin embargo, en 1961 un médico australiano, William McBride, escribió a la revista The Lancet después de notar un aumento en los bebés que nacen deformes en su hospital - todo a las madres que habían tomado Talidomida.
Entre 1958 y 1962, decenas de miles de mujeres de toda Europa descubrieron que el bebé que llevaban inexplicablemente abortado, o, peor aún, después de dar a luz se les dijo que estaba muerto. Miles de personas descubrieron que sus bebés nacieron con defectos congénitos graves, los brazos, las piernas, que faltan o con reducciones severas a estos miembros, o peor aún, el daño a sus órganos internos, cerebro, corazón, riñones, intestinos, genitales, etc Durante 1962 guardianes de los registros empezó a contar toda la vida los niños que nacieron dañado por la droga. Los únicos registros completos son de los que sobrevivieron lo suficiente como para participar en los sistemas nacionales de indemnización, que se establecieron en Alemania, Gran Bretaña, Japón, Suecia y Australia en la década de 1970. La dificultad para descubrir el número de víctimas del desastre comienza con los números desconocidos de abortos involuntarios y mortinatos (posiblemente hasta diez veces el número de nacidos vivos), y la práctica generalizada del infanticidio.
Las lesiones de la talidomida no se detuvo una vez que los bebés nacieron. A la edad de cincuenta años, los registros de la confianza talidomida muestran que cerca de la mitad de todos los sobrevivientes están lidiando con el dolor crónico - principalmente de músculos y articulaciones (dolor musculoesquelético), en gran parte como resultado de los desafíos de vivir con la falta o ramas dañadas. Para muchos, sus cuerpos se deterioran mucho más rápido que las personas sanas. Algunos han dicho palabras en el sentido de "su cuerpo está recibiendo los problemas de alguien en los setenta", que a los cuarenta o cincuenta años de edad no es una buena noticia. Al menos una cuarta están lidiando con el desarrollo de problemas neurológicos, hormigueo, entumecimiento y dolor en las extremidades afectadas. Esto significa que una persona puede ser la celebración de una taza, por ejemplo, y lo siguiente que sé es que ha caído al suelo y se rompe, debido a la sensación de adormecimiento en la mano. Para estos sobrevivientes, el desastre está siendo poco a poco se desarrolla en su día a día.
Grünenthal científicos no sólo fueron negligentes al no haber retirado la droga cuando los informes de problemas de vino, o por no probarlo de acuerdo a los estándares de la época, pero más que la mayoría de las empresas que estaban muy bien situados para prever la posibilidad de que la talidomida haría causar defectos de nacimiento.
Grünenthal inicialmente negó las acusaciones de que el medicamento no ha sido ampliamente probado de acuerdo con los estándares de la época, pero una vez que el escándalo se hizo innegable, trataron de desviar la culpa y limitar el daño.
En 1961, la talidomida fue finalmente retirada después de haber sido encontrado para ser un teratogan - una de las causas de los defectos congénitos. 12 años después, el Reino Unido, Distillers Company Limited (ahora Bioquímicos Diageo) - encargada de la distribución de la droga en el Reino Unido - llegó a un acuerdo de compensación después de una batalla legal por las familias de los afectados.
Sobre la base de evidencia incompleta médica y expectativas poco realistas de la talidomida futuro sobrevivientes necesita esta solución ha resultado ser en un nivel adecuado. Con todos los sobrevivientes de la talidomida en el Reino Unido ahora más de 50 años de edad, ya no es suficiente para hacer frente a su creciente costo de vida, y el dramático deterioro de su salud.
A día de hoy, Grünenthal nunca ha aceptado la responsabilidad por el sufrimiento causado por la talidomida. El 1 de septiembre de 2012, el Grupo Grünenthal emitió una declaración que contenga una disculpa, diciendo que "lamenta" las consecuencias de la droga, lo que llevó a los bebés que nacen sin extremidades durante los años 1950 y 1960. Aunque la declaración fue bien recibida por algunos sobrevivientes de la talidomida, no es todavía una aceptación de responsabilidad. Ellos sólo quieren vivir una vida cómoda, y eso quiere decir Grünenthal deben rendir cuentas y pagar por su error financieramente.
Italian
Storia
La talidomide è stato creato da Grünenthal nel 1953 ed è stato utilizzato alla fine del 1950 e 1960 come un "farmaco miracoloso" per curare la malattia di mattina, mal di testa, tosse, insonnia e raffreddori. La talidomide è stato commercializzato nel Regno Unito con il nome di Distaval nel 1958, e la pubblicità ha sottolineato sicurezza del farmaco, con frasi come "non tossico" e "nessuna tossicità conosciuto".
Tuttavia, nel 1961 un medico australiano, William McBride, ha scritto al Lancet dopo aver notato un aumento delle nascite di bimbi malformati essendo nati a suo ospedale - tutti da madri che avevano assunto talidomide.
Tra il 1958 e il 1962 decine di migliaia di donne in tutta Europa ha scoperto che il bambino che portavano inspiegabilmente abortito, o, peggio, dopo che ha dato alla luce hanno detto che era morto. Altre migliaia hanno scoperto che i loro bambini hanno gravi difetti di nascita, braccia, gambe, mancanti o con gravi riduzioni a queste arti, o peggio ancora, danni ai loro organi interni, cervello, cuore, reni, intestino, genitali, ecc Nel 1962 custodi record cominciò a contare tutta la vita i bambini che sono nati danneggiati dal farmaco. Le uniche registrazioni complete sono di coloro che sono sopravvissuti abbastanza a lungo per partecipare ai sistemi di indennizzo nazionali, che sono stati stabiliti in Germania, Gran Bretagna, Giappone, Svezia e Australia nel 1970. La difficoltà nello scoprire il bilancio del disastro inizia con i numeri sconosciuti di aborti spontanei e nati morti (forse fino a dieci volte il numero di nati vivi), e la pratica diffusa di infanticidio.
Le lesioni Talidomide non si è fermata una volta che i bambini sono nati. All'età di 50, del Trust talidomide i tabulati mostrano che circa la metà di tutti i sopravvissuti stanno affrontando con dolore cronico - principalmente da muscoli e le articolazioni (il dolore muscoloscheletrico), soprattutto a causa delle sfide della vita con mancanti o arti danneggiati. Per molti, i loro corpi si stanno deteriorando molto più veloce di persone abili. Molti hanno detto parole per l'effetto "il tuo corpo è sempre il problema di qualcuno nei loro anni settanta", che a 40-50 anni di età non è una buona notizia. Almeno un quarto stanno affrontando con lo sviluppo di problemi neurologici, formicolio, intorpidimento e dolore a carico degli arti colpiti. Ciò significa che una persona può essere in possesso di un tazza, per esempio, e la prossima cosa che so è che è caduto a terra e rotto, a causa del torpore in mano. Per questi sopravvissuti, il disastro è ancora lentamente svolgendo nel loro giorno per giorno la vita.
Grünenthal scienziati non erano solo negligenza nel non ritirare il farmaco quando i report di problemi è venuto in, o per non aver testarlo secondo gli standard del tempo, ma più che la maggior parte delle aziende erano molto ben disposti ad anticipare la possibilità che Thalidomide avrebbe causare difetti di nascita.
Grünenthal inizialmente smentito che il farmaco non era stato ampiamente testati secondo gli standard del tempo, ma una volta che lo scandalo è diventata innegabile, hanno cercato di deviare la colpa e di limitare i danni.
Nel 1961 talidomide è stata infine ritirata dopo essere stato trovato per essere un teratogan - una causa di difetti di nascita. 12 anni dopo, i Distillers Company Limited, Regno Unito Biochemicals (ora Diageo) - incaricata di distribuire il farmaco nel Regno Unito - ha raggiunto un accordo di compensazione a seguito di una battaglia legale da parte delle famiglie delle persone colpite.
Sulla base di prove mediche incomplete e le aspettative non realistiche del futuro Thalidomide sopravvissuti ha bisogno di questa soluzione si è rivelata essere ad un livello insufficiente. Con tutti i sopravvissuti Talidomide nel Regno Unito ora di età superiore ai 50 anni, non è più sufficiente per affrontare la loro crescente costo della vita, e il drammatico deterioramento della loro salute.
Fino ad oggi, la Grünenthal non hanno mai accettato la responsabilità per la sofferenza causata dal talidomide. Il 1 ° settembre 2012, il Gruppo Grünenthal ha rilasciato una dichiarazione che contiene delle scuse, affermando che esso "deplora" le conseguenze della droga, che ha portato a bambini nati senza arti nel corso del 1950 e 1960. Anche se la dichiarazione è stata accolta da alcuni sopravvissuti talidomide, non è ancora una assunzione di responsabilità. Vogliono solo vivere una vita comoda, e questo significa che Grünenthal dovrebbero essere ritenuti responsabili e pagare per il loro errore finanziario.
More History
www.flickr.com/photos/duckwalk/sets/72157615944260359/
en.wikipedia.org/wiki/Thalidomide
Crinoids are marine animals that make up the class Crinoidea of the echinoderms (phylum Echinodermata). Crinoidea comes from the Greek word krinon, "a lily", and eidos, "form". They live both in shallow water and in depths as great as 6,000 meters. Sea lilies refer to the crinoids which, in their adult form, are attached to the sea bottom by a stalk.
Crinoids are characterized by a mouth on the top surface that is surrounded by feeding arms. Although the basic echinoderm pattern of fivefold symmetry can be recognized, most crinoids have many more than five arms. Crinoids usually have a stem used to attach themselves to a substrate, but many live attached only as juveniles and become free-swimming as adults.
There are only a few hundred known modern forms, but crinoids were much more numerous both in species and numbers in the past. Some thick limestone beds dating to the mid- to late-Paleozoic are almost entirely made up of disarticulated crinoid fragments.
Fossilised crinoid columnals extracted from limestone quarried on Lindisfarne, or found washed up along the foreshore, which were threaded into necklaces or rosaries, became known as St. Cuthbert's beads. In the Midwestern United States, fossilized segments of columnal crinoids are sometimes known as Indian beads. Crinoids are the state fossil of Missouri.
ROOF HEAT PROOFING COMPANY PROFILE:
We would like to introduce ourselves as one of the Pioneer of ROOF HEAT PROOFING in Pakistan. Our company was established in the year 2000.
ROOF HEAT PROOFING Family Business Background.
Our Business Background is that we are importer of chemicals. When Pakistan got independence our grandfather Mr.Abdul Khaliq Gandhak wala (Late) was the first one to open a chemical outlet in Jodia Bazar Karachi. Every chemical related industrialist and Business men know him really well.
What is ROOF HEAT PROOFING Cool Tech?
In chemical field, we started ROOF HEAT PROOFING, a new business which fulfills the need of every house, Factory, Office, Hotel, School, Hospital and any other organization. ROOF HEAT PROOFING is the mixture of different types of chemicals, and Sun block chemicals from Pakistan, Korea, China and Germany.
ROOF HEAT PROOFING Vision and Mission.
After 35 years all over the world such as USA, GULF, Saudi Arabia and Hot region countries Cool Tech brought ROOF HEAT PROOFING facility in Pakistan in 2000. Approx.: 8000sq ft clean Area can be done within a day without any disturbance and noise. You can use your roof conveniently and you can search that type of coating on internet by any search engine like yahoo Google etc. Just mention ROOF HEAT PROOFING. Your Air Conditioner Bill will be deducted around 20 to 30%. Recommended by Engineers and consultant all over the world.
WHY ROOF HEAT PROOFING IS NECESSARY FOR ALL TOP FLOORS.
ROOF HEAT PROOFING saves your money against high Air conditioner Bills.
Cool Tech Saves your money against high Air conditioner Bills. The best reason to use Cool tech (ROOF HEAT PROOFING) is simply put……..You save Money! How much does it cost? Well, considering reduced electric bills, less wear and tear on air conditioner components, extended roof life, increased comfort and the beauty supplied, it’s almost FREE! Cool Tech will help pay for itself before you know it by enabling you to save 20-30% of your electricity cost. Cool Tech (ROOF HEAT PROOFING) is a high built coating made from highly water-resistant polymers and additives that give flexibility and durability.
ROOF HEAT PROOFING Protect your roof against hot sun rays.
Roof Heat Proofing provides SOLAR REFLECTANCE, which means it reflects most of the infrared and visible light striking the surface of the coating. Over 80% of the light striking Cool Tech (ROOF HEAT PROOFING) is reflected back into the atmosphere and away from your roof. Then Roof Heat Proofing repels over 80% of the heat striking it. It bounces this heat back into the atmosphere. This synergistic effect means that Cool Tech reflects the majority of radiant energy away from the structure while the micro-porous structure of the coating dissipated and blocks any radiation that is absorbed and reduces the energy transmitted to the substrate.
ROOF HEAT PROOFING Protect your roof against thermal shocks
Roof Heat Proofing also helps prevent thermal shocks. A hot roof can experience thermal shocks when a passing shower of cold rain hits the hot roof causing a rapid and tremendously violent contraction. These violent contractions can rip seams open, pop fasteners out of the roofs substrate, pull flashing out of the imbedding plies and generally destroys your roof. Keeping your roof cool prevents the radical contraction that leads to “ROOF SHOCK”, premature roof failure and costly replacement costs.
SOME OF OUR VALUABLE CLIENTS (COMMERCIAL)
• BAY VIEW HIGH SCHOOL CLIFTON 2012
• PAK GREASE MANUFAC KEEMARI KARACHI 2013
• BONANZA GARMENTS 2013
• SOUTH SHORE O-LEVEL SCHOOL DHA 2013
• KARACHI GRAMMAR SCHOOL CLIFTON 2011
• SIEMENS PAKISTAN ENGINEERING CO. LTD. SITE 2010
• (FOTCO) FAUJI OIL TERMINAL & DISTRIBUTION Co. Ltd (PORT QASIM) 2010
• OYSTER TECHNOLOGIC (PVT)LTD KORANGI 2011
• THE RESIDENCY HOTEL (LAHORE) 2011
• ARENA KARSAZ (2010)
• ARY DIGITAL NETWORK STUDIO (SITE) 2009
• MERCK (PVT) LTD QUETTA 2011
• CARE LOGISTIC SHARA-E-FAISAL 2011
• PRECISION POLYMERS (PVT) LIMITED 2011
• S. ABDULLAH & COMPANY (K-SHAMSHEER) (DHA) 2005
• MEDICAIDS PAKISTAN PVT LTD (KORANGI) 2011
• ICON TOWER (SITE OFFICE) ADJACENT ABDULLAH SHAH GHAZI MAZAR 2010
• CENTURY 21 TEXTILE (S.I.T.E) 2004
• HAKEEM ABDUL GHAFFAR AGHA (AGHA HERBAL, TARIQ ROAD) 2009
• (FOTCO) GUEST HOUSE (DHA) 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• EDEN ROBE GARMENTS (SITE) 2007
• RAZAQUE STEEL (SITE) 2008
• STAR CNG N.NAZIMABAD 2011
• ST. PETERS HIGH SCHOOL KASHMIR ROAD 2009
• K.N. ACCADEMY (MALIR CANTT) 2003
• HAMPTON SCHOOL (CLIFTON) 2007
• WOODWARDS (PVT) LTD (AMEER KHUSRO ROAD) 2010
• CHAS. A MENDOZA (RAZI ROAD) 2010
• KIRAN HOSPITAL (SAFFORA GOTH) 2004
• USMAN MEMORIAL HOSPITAL (F.B. AREA) 2003
• CIVIL HOSPITAL 2004
• M.M. TOWERS (DHA) (MAIN KHAYABAN-E-ITEHAD) 2004
• LOYA ASSOCIATE (P.E.C.H.S) 2005
• ALI ASGHAR TEXTILE (KORANGI OFFICE AREA) 2010
• OXYHEALTH LOUNGE & RELAXATION CLUB (CLIFTON) 2008
• SHAN SILK (KORANGI) 2011
SOME OF OUR VALUABALE CLIENTS (RESIDENTIAL)
• MR. FAROOQ (BONANAZA GARMENTS) 2013
• MR. JUNAID JAMSHED DHA 2013
• MR ASHRAF S/O MR. LIAQUT ALI KHAN 1ST PRIME MINISTER OF PAKISTAN
• MIAN NASEER ARCHITECT 2013
• MR. SIKANDER BAKHT (FORMER PAKISTANI CRICKETER) D.H.A 2011
• MR. MASOOD HASSAN (CLIFTON) 2009 M/S. SIEMENS CO. LTD. SITE 2010
• MR. MURAD ALI SHAH MINISTOR OF IRRIGATION AND POWER (DHA) 2010
• MR. IMRAN S. SATTAR OXFORD SWETTERS DHA 2011
• MR. ASGHAR RANGOON WALA (ROYAL RODALE CLUB) (DHA) 2007
• MR YASIN SIDDIQUI CHAIRMAN “APTMA” DHA 2010 (SINDH & BALOCHISTAN ZONE)
• MR. SAJJAD HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. SARFARAZ HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. RAFIQ (ORIENT TEXTILE) DHA 2011.
• MS. FATIMA (D/O LATE MR. KAMAL FILM ACTOR) DHA 2011
• MR. BUKSH JUMANI (KHAIRPUR HOUSE) DHA 2011
• MR DANISH KHWAJA (A.R.Y) 2011 D.H.A / MR. NOFEL HUM T.V. 2011
• MR. YOUSUF DEWAN. (DEWAN GROUP OF INDUSTRIES) (DHA) 2003
• MR. HAMZA FAROOQ / MR. ABDUL BAAQI DEWAN. (DHA) 2008
• DR. RAHEEM-UL-HAQ (DHA) (SOUTH CITY HOSPITAL CLIFTON) 2007
• DR. ZEENAT ESSANI D.H.A 2008 / DR. ZAKIR ALVI D.H.A 2011
• MR. A. KARIM PARACHA (C.I.M. SHIPPING COMPANY) (DHA) 2008
• MR. SHAKEEL MASOOD (C.E. DAWN NEWS). (DHA) 2008
• MR ABBAS / MR SHABBIR (ARENA KARSAZ) 2010
• MR. AHMED ZAFAR EMIRATES GLOBAL BANK (DHA) 2010
• MR. POLAD SUZUKI MOTORS DEALER CLIFTON 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• MR SIKANDAR (CAFÉ FLOW) / MR. NADEEM ISLAM (BAYVIEW SCHOOL)
• MR. ALI ADAMJEE / MR. BILAL DAILY AGHAZ NEWS DHA 2010
• MR. HASSAN AKHTER (DHA) (MATRIX COMPANY CLIFTON) 2004
• MR. BILAL (DHA) DAILY AGHAZ NEWS 2009
• MR. NOSHAER (YAZDANI MOTORS D.H.A) 2008
• MRS. ANWAR PIONEER CABLES (D.H.A) 2011
• MR. ASLAM PAKISTAN CABLES (CLIFTON) 2011
• MR. ABDUL HANNAN (KHAS INDUSTRIES) D.H.A 2010
• MR. NAVEED ILLAHI “ALI ASGHAR TEXTILE” (DHA RESIDENCE) 2010.
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Roof Heat Proofing for existing roofs to protect your place from heat.
Available in all major cities of Pakistan.
For client list and more details.
contact: salman matin
03332284724
02135486688
www.cooltechpk.com/videos.html
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www.facebook.com/roofheatproofingkarachi
www.roofinsulationpakistan.com,
ROOF HEAT PROOFING COMPANY PROFILE:
We would like to introduce ourselves as one of the Pioneer of ROOF HEAT PROOFING in Pakistan. Our company was established in the year 2000.
ROOF HEAT PROOFING Family Business Background.
Our Business Background is that we are importer of chemicals. When Pakistan got independence our grandfather Mr.Abdul Khaliq Gandhak wala (Late) was the first one to open a chemical outlet in Jodia Bazar Karachi. Every chemical related industrialist and Business men know him really well.
What is ROOF HEAT PROOFING Cool Tech?
In chemical field, we started ROOF HEAT PROOFING, a new business which fulfills the need of every house, Factory, Office, Hotel, School, Hospital and any other organization. ROOF HEAT PROOFING is the mixture of different types of chemicals, and Sun block chemicals from Pakistan, Korea, China and Germany.
ROOF HEAT PROOFING Vision and Mission.
After 35 years all over the world such as USA, GULF, Saudi Arabia and Hot region countries Cool Tech brought ROOF HEAT PROOFING facility in Pakistan in 2000. Approx.: 8000sq ft clean Area can be done within a day without any disturbance and noise. You can use your roof conveniently and you can search that type of coating on internet by any search engine like yahoo Google etc. Just mention ROOF HEAT PROOFING. Your Air Conditioner Bill will be deducted around 20 to 30%. Recommended by Engineers and consultant all over the world.
WHY ROOF HEAT PROOFING IS NECESSARY FOR ALL TOP FLOORS.
ROOF HEAT PROOFING saves your money against high Air conditioner Bills.
Cool Tech Saves your money against high Air conditioner Bills. The best reason to use Cool tech (ROOF HEAT PROOFING) is simply put……..You save Money! How much does it cost? Well, considering reduced electric bills, less wear and tear on air conditioner components, extended roof life, increased comfort and the beauty supplied, it’s almost FREE! Cool Tech will help pay for itself before you know it by enabling you to save 20-30% of your electricity cost. Cool Tech (ROOF HEAT PROOFING) is a high built coating made from highly water-resistant polymers and additives that give flexibility and durability.
ROOF HEAT PROOFING Protect your roof against hot sun rays.
Roof Heat Proofing provides SOLAR REFLECTANCE, which means it reflects most of the infrared and visible light striking the surface of the coating. Over 80% of the light striking Cool Tech (ROOF HEAT PROOFING) is reflected back into the atmosphere and away from your roof. Then Roof Heat Proofing repels over 80% of the heat striking it. It bounces this heat back into the atmosphere. This synergistic effect means that Cool Tech reflects the majority of radiant energy away from the structure while the micro-porous structure of the coating dissipated and blocks any radiation that is absorbed and reduces the energy transmitted to the substrate.
ROOF HEAT PROOFING Protect your roof against thermal shocks
Roof Heat Proofing also helps prevent thermal shocks. A hot roof can experience thermal shocks when a passing shower of cold rain hits the hot roof causing a rapid and tremendously violent contraction. These violent contractions can rip seams open, pop fasteners out of the roofs substrate, pull flashing out of the imbedding plies and generally destroys your roof. Keeping your roof cool prevents the radical contraction that leads to “ROOF SHOCK”, premature roof failure and costly replacement costs.
SOME OF OUR VALUABLE CLIENTS (COMMERCIAL)
• BAY VIEW HIGH SCHOOL CLIFTON 2012
• PAK GREASE MANUFAC KEEMARI KARACHI 2013
• BONANZA GARMENTS 2013
• SOUTH SHORE O-LEVEL SCHOOL DHA 2013
• KARACHI GRAMMAR SCHOOL CLIFTON 2011
• SIEMENS PAKISTAN ENGINEERING CO. LTD. SITE 2010
• (FOTCO) FAUJI OIL TERMINAL & DISTRIBUTION Co. Ltd (PORT QASIM) 2010
• OYSTER TECHNOLOGIC (PVT)LTD KORANGI 2011
• THE RESIDENCY HOTEL (LAHORE) 2011
• ARENA KARSAZ (2010)
• ARY DIGITAL NETWORK STUDIO (SITE) 2009
• MERCK (PVT) LTD QUETTA 2011
• CARE LOGISTIC SHARA-E-FAISAL 2011
• PRECISION POLYMERS (PVT) LIMITED 2011
• S. ABDULLAH & COMPANY (K-SHAMSHEER) (DHA) 2005
• MEDICAIDS PAKISTAN PVT LTD (KORANGI) 2011
• ICON TOWER (SITE OFFICE) ADJACENT ABDULLAH SHAH GHAZI MAZAR 2010
• CENTURY 21 TEXTILE (S.I.T.E) 2004
• HAKEEM ABDUL GHAFFAR AGHA (AGHA HERBAL, TARIQ ROAD) 2009
• (FOTCO) GUEST HOUSE (DHA) 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• EDEN ROBE GARMENTS (SITE) 2007
• RAZAQUE STEEL (SITE) 2008
• STAR CNG N.NAZIMABAD 2011
• ST. PETERS HIGH SCHOOL KASHMIR ROAD 2009
• K.N. ACCADEMY (MALIR CANTT) 2003
• HAMPTON SCHOOL (CLIFTON) 2007
• WOODWARDS (PVT) LTD (AMEER KHUSRO ROAD) 2010
• CHAS. A MENDOZA (RAZI ROAD) 2010
• KIRAN HOSPITAL (SAFFORA GOTH) 2004
• USMAN MEMORIAL HOSPITAL (F.B. AREA) 2003
• CIVIL HOSPITAL 2004
• M.M. TOWERS (DHA) (MAIN KHAYABAN-E-ITEHAD) 2004
• LOYA ASSOCIATE (P.E.C.H.S) 2005
• ALI ASGHAR TEXTILE (KORANGI OFFICE AREA) 2010
• OXYHEALTH LOUNGE & RELAXATION CLUB (CLIFTON) 2008
• SHAN SILK (KORANGI) 2011
SOME OF OUR VALUABALE CLIENTS (RESIDENTIAL)
• MR. FAROOQ (BONANAZA GARMENTS) 2013
• MR. JUNAID JAMSHED DHA 2013
• MR ASHRAF S/O MR. LIAQUT ALI KHAN 1ST PRIME MINISTER OF PAKISTAN
• MIAN NASEER ARCHITECT 2013
• MR. SIKANDER BAKHT (FORMER PAKISTANI CRICKETER) D.H.A 2011
• MR. MASOOD HASSAN (CLIFTON) 2009 M/S. SIEMENS CO. LTD. SITE 2010
• MR. MURAD ALI SHAH MINISTOR OF IRRIGATION AND POWER (DHA) 2010
• MR. IMRAN S. SATTAR OXFORD SWETTERS DHA 2011
• MR. ASGHAR RANGOON WALA (ROYAL RODALE CLUB) (DHA) 2007
• MR YASIN SIDDIQUI CHAIRMAN “APTMA” DHA 2010 (SINDH & BALOCHISTAN ZONE)
• MR. SAJJAD HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. SARFARAZ HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. RAFIQ (ORIENT TEXTILE) DHA 2011.
• MS. FATIMA (D/O LATE MR. KAMAL FILM ACTOR) DHA 2011
• MR. BUKSH JUMANI (KHAIRPUR HOUSE) DHA 2011
• MR DANISH KHWAJA (A.R.Y) 2011 D.H.A / MR. NOFEL HUM T.V. 2011
• MR. YOUSUF DEWAN. (DEWAN GROUP OF INDUSTRIES) (DHA) 2003
• MR. HAMZA FAROOQ / MR. ABDUL BAAQI DEWAN. (DHA) 2008
• DR. RAHEEM-UL-HAQ (DHA) (SOUTH CITY HOSPITAL CLIFTON) 2007
• DR. ZEENAT ESSANI D.H.A 2008 / DR. ZAKIR ALVI D.H.A 2011
• MR. A. KARIM PARACHA (C.I.M. SHIPPING COMPANY) (DHA) 2008
• MR. SHAKEEL MASOOD (C.E. DAWN NEWS). (DHA) 2008
• MR ABBAS / MR SHABBIR (ARENA KARSAZ) 2010
• MR. AHMED ZAFAR EMIRATES GLOBAL BANK (DHA) 2010
• MR. POLAD SUZUKI MOTORS DEALER CLIFTON 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• MR SIKANDAR (CAFÉ FLOW) / MR. NADEEM ISLAM (BAYVIEW SCHOOL)
• MR. ALI ADAMJEE / MR. BILAL DAILY AGHAZ NEWS DHA 2010
• MR. HASSAN AKHTER (DHA) (MATRIX COMPANY CLIFTON) 2004
• MR. BILAL (DHA) DAILY AGHAZ NEWS 2009
• MR. NOSHAER (YAZDANI MOTORS D.H.A) 2008
• MRS. ANWAR PIONEER CABLES (D.H.A) 2011
• MR. ASLAM PAKISTAN CABLES (CLIFTON) 2011
• MR. ABDUL HANNAN (KHAS INDUSTRIES) D.H.A 2010
• MR. NAVEED ILLAHI “ALI ASGHAR TEXTILE” (DHA RESIDENCE) 2010.
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Roof Heat Proofing for existing roofs to protect your place from heat.
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This site, one of the more northern sites for Cephalotus, is characterized by an almost complete sand substrate in contrast to the peat bogs observed farther south.
(The tea plant can grow between 900 and 2000 m above sea level. Because the plant can`t stand waterlogging the plantation has to be situated on a slope between 30 and 45 degrees. If you don´t cut the tea plant it would grow up to a tree of six meter height)
Tea processing is the method in which the leaves from the tea plant Camellia sinensis are transformed into the dried leaves for brewing tea.
The categories of tea are distinguished by the processing they undergo. In its most general form, tea processing involves different manners and degree of oxidation of the leaves, stopping the oxidation, forming the tea and drying it.
The innate flavour of the dried tea leaves is determined by the type of cultivar of the tea bush, the quality of the plucked tea leaves, and the manner and quality of the production processing they undergo. After processing, a tea may be blended with other teas or mixed with flavourants to alter the flavour of the final tea.
The history of the tea processing corresponds intimately with the role that tea played in Chinese society and the preferred methods of its consumption in Ancient Chinese society.
GREEN TEA
The ancient Chinese society first encountered the tea plant in what is now southern China and processed it as another medicinal herb for use in Chinese herbology. The processing technique used to process fresh tea leaves was to immediately steam the fresh tea leaves and dry them for preservation, which is likely the most ancient Chinese form of tea leaf processing. This processing method was perfected near the end of the Han Dynasty (206BCE-220CE) and produced a dried tea that would be classified today as "green tea" (緑茶) and quite similar to modern Japanese sencha. For consumption, dried tea leaves were either decocted with water around with other herbs, or ground into a powder to be taken straight or in a liquid.
With the increase of tea's use in Chinese herbology, production methods changed, where the processed green tea leaves were not immediately dried after steaming. Rather the steamed tea leaves were first pulverized into a paste form, with the paste then formed in moulds and slowly dried into brick tea, a technique well described by Lu Yu in his work "The Classic of Tea". Tender leaves and leaf buds were generally not used, as older mature tea leaves were preferred for tea production. Some tea bricks were also produced from mature whole leaves, which typically required the use of a cooked rice slurry (米湯) to bind the tea brick together] The preference of producing tea in brick form possibly stems from the fact that it can be more easily transported and stored.
YELLOW AND FERMENTED TEA
This use of steam in fixation (殺青) for tea leaf enzymes is an important step in processing tea, with the leaves to be quickly cooled down and undergo further processing. The less tightly controlled methods of it in the past resulted in the creation of "yellow tea" (黄茶) when the tea leaves were over-steamed for fixation or were not quickly spread out, doused with water and cooled. Although green tea was the most popular in Lu Yu's time, he personally considered yellow tea to be superior to green.
Even when the leaves were quickly cooled, if they are left in piles (渥堆) for too long before processing, the leaves will begin to undergo microbial fermentation to produce "post-fermented tea" (黑茶). This technique is somewhat similar to composting, albeit tightly controlled, and still used in the production of Liu'an tea (安徽六安籃茶) and was more recently introduced for the production of the "ripe" type pu-erh tea. The production of tea in brick forms and their storage also resulted in another type of post-fermented tea, which was produced by aging. The long transport and storange times of the day unwittingly allowed the tea bricks to undergo prolonged exposure to the elements and to various microflora, which resulted in the aging, oxidation, and fermentation of green brick teas. A brick of green tea that had been stored and aged into post-fermented tea was charred over charcoal to rid it of the layer of detritus, dust, and shiny multicoloured growths before being broken down into a powder, cooked, and then consumed. By the end of Tang Dynasty (618-907CE) green, yellow, and post-fermented tea was commonly used in China and moved from purely being used in herbology to becoming a beverage drunk for pleasure.
OOLONG AND WHITE TEA
The Tang Dynasty was also the period when oolong tea (烏龍茶/青茶) was first developed in the Fujian province. It was originally produced in thin brick form, known then under then name "Beiyuan" tea (北苑茶). The importance of the withering process for producing oolong tea was described by poet Huang Furen (皇甫冉) in his poem "送陸鴻漸棲霞寺采茶", which indicated that the processing of tea leaves is not a simple task, requiring the scaling of steep cliffs to pick the choicest leaves and the withering of the leaves under the sun and warm winds ("采茶非采菉，遠遠上層崖。布葉春風暖，盈筐白日斜...").
White tea (白茶) was also developed in the Fujian province with its first mentions in the Song Dynasty document "Treatise on Tea" (大觀茶論), where the delicate buds used for producing white tea, the difficulty in producing it, its taste, and its rarity were lauded. The production method of white tea was described by Ming Dynasty author Tian Yiheng (田艺蘅) in "Zhuquan Xiaopin" (煮泉小品) (produced in the 33rd year of the Jiajing Emperor) regarding Fuding white tea (福鼎白茶). In this work, he stated that tea buds that have undergone fixation by panning over flames (as with green tea) is second to a white tea that was simply allowed to dry under the sun, since it is more natural in taste and lacks flavours imparted by the smoke and flames ("芽茶以火作者为次，生晒者为上, 亦更近自然，且断烟火气耳").
BLACK TEA
The technique for producing black tea (紅茶) was first developed during the late Ming Dynasty Wuyishan, Fujian either resulting from the over-oxidation of tea-leaves during the manufacture of oolong tea or indirectly from the methods of manufacturing green and white teas. In the early 1600s, tea producers in the Wuyi Mountains began kneading the sun-withered tea leaves to macerate them, then allowed them to dry under the sun, thus reaching full oxidation and producing "Gongfu" black tea (工夫紅茶). When there was insufficient sun and temperatures were low, the withered leaves would be processed indoors in warmed rooms and allowed to fully oxidize, then smoked dry over pine fires thus producing lapsang souchong(小種紅茶/正山小種). According to oral traditions of the region, the discovery of lapsang souchong processing was due to military troops passing through a Wuyi's tea factory during the last years of the Ming Dynasty, causing delays to tea leaf processing thus resulting in a completely oxidized leaf that the producer salvaged by drying over a fire built from pine branches. By the Qing Dynasty, both lapsang souchong and gongfu black tea were well recognized in China and noted in "Records on Yiwu mountain" (武夷山志) by the scholar Dong Tiangong (董天工).
PROCEDURE
Although each type of tea has different taste, smell, and visual appearance, tea processing for all tea types consists of a very similar set of methods with only minor variations. Without careful moisture and temperature control during its manufacture and life thereafter, fungi will grow on tea. This form of fungus causes real fermentation that will contaminate the tea and may render the tea unfit for consumption.
PLUCKING: Tea leaves and flushes, which includes a terminal bud and two young leaves, are picked from Camellia sinensis bushes typically twice a year during early spring and early summer or late spring. Autumn or winter pickings of tea flushes are much less common, though they occur when climate permits. Picking is done by hand when a higher quality tea is needed, or where labour costs are not prohibitive. Depending on the skill of the picker, hand-picking is performed by pulling the flush with a snap of the forearm, arm, or even the shoulders, with the picker grasping the tea shoot using the thumb and forefinger, with the middle finger sometimes used in combination. Tea flushes and leaves can also be picked by machine, though there will be more broken leaves and partial flushes reducing the quality of the tea. However, it has also been shown that machine plucking in correctly timed harvesting periods can produce good leaves for the production of high quality teas.
WITHERING/WILTING: The tea leaves will begin to wilt soon after picking, with a gradual onset of enzymatic oxidation. Withering is used to remove excess water from the leaves and allows a very slight amount of oxidation. The leaves can be either put under the sun or left in a cool breezy room to pull moisture out from the leaves. The leaves sometimes lose more than a quarter of their weight in water during withering. The process is also important in promoting the breakdown of leaf proteins into free amino acids and increases the availability of freed caffeine, both of which change the taste of the tea.
DISRUPTION: Known in the Western tea industry as "disruption" or "leaf maceration", the teas are bruised or torn in order to promote and quicken oxidation. The leaves may be lightly bruised on their edges by shaking and tossing in a bamboo tray or tumbling in baskets. More extensive leaf disruption can be done by kneading, rolling, tearing, and crushing, usually by machinery. The bruising breaks down the structures inside and outside of the leaf cells and allows from the co-mingling of oxidative enzymes with various substrates, which allows for the beginning of oxidation. This also releases some of the leaf juices, which may aid in oxidation and change the taste profile of the tea.
OXIDATION/FERMENTATION: For teas that require oxidation, the leaves are left on their own in a climate-controlled room where they turn progressively darker. This is accompanied by agitation in some cases. In this process the chlorophyll in the leaves is enzymatically broken down, and its tannins are released or transformed. This process is sometimes referred to as "fermentation" in the tea industry. The tea producer may choose when the oxidation should be stopped, which depends on the desired qualities in the final tea as well as the weather conditions (heat and humidity). For light oolong teas this may be anywhere from 5-40% oxidation, in darker oolong teas 60-70%, and in black teas 100% oxidation. Oxidation is highly important in the formation of many taste and aroma compounds, which give a tea its liquor colour, strength, and briskness. Depending on the type of tea desired, under or over-oxidation/fermentation can result in grassy flavours, or overly thick winey flavours.
FIXATION/KILL GREEN: Kill-green or shāqīng (殺青) is done to stop the tea leaf oxidation at a desired level. This process is accomplished by moderately heating tea leaves, thus deactivating their oxidative enzymes and removing unwanted scents in the leaves, without damaging the flavour of the tea. Traditionally, the tea leaves are panned in a wok or steamed, but with advancements in technology, kill-green is sometimes done by baking or "panning" in a rolling drum. In some white teas and some black teas such as CTC blacks, kill-green is done simultaneously with drying.
SWELTERING/YELLOWING: Unique to yellow teas, warm and damp tea leaves from after kill-green are allowed to be lightly heated in a closed container, which causes the previously green leaves to turn yellow. The resulting leaves produce a beverage that has a distinctive yellowish-green hue due to transformations of the leaf chlorophyll. Through being sweltered for 6–8 hours at close to human body temperatures, the amino acids and polyphenols in the processed tea leaves undergo chemical changes to give this tea its distinct briskness and mellow taste.
ROLLING/SHAPING: The damp tea leaves are then rolled to be formed into wrinkled strips, by hand or using a rolling machine which causes the tea to wrap around itself. This rolling action also causes some of the sap, essential oils, and juices inside the leaves to ooze out, which further enhances the taste of the tea. The strips of tea can then be formed into other shapes, such as being rolled into spirals, kneaded and rolled into pellets, or tied into balls, cones and other elaborate shapes. In many types of oolong, the rolled strips of tea leaf are then rolled to spheres or half spheres and is typically done by placing the damp leaves in large cloth bags, which are then kneaded by hand or machine in a specific manner.
DRYING: Drying is done to "finish" the tea for sale. This can be done in a myriad of ways including panning, sunning, air drying, or baking. Baking is usually the most common. Great care must be taken to not over-cook the leaves. The drying of the produced tea is responsible for many new flavour compounds particularly important in green teas.
AGING/CURING: While not always required, some teas required additional aging, secondary fermentation, or baking to reach their drinking potential. For instance, a green tea puerh, prior to curing into a post-fermented tea, is often bitter and harsh in taste, but becomes sweet and mellow through fermentation by age or dampness. Additionally, oolong can benefit from aging if fired over charcoal. Flavoured teas are manufactured in this stage by spraying the tea with aromas and flavours or by storing them with their flavorants.
TYPE OF TEA AND SPECIFICATION
Tea is traditionally classified based on the degree or period of "fermentation" the leaves have undergone:
WHITE TEA
Young leaves or new growth buds that have undergone minimal oxidation through a slight amount of withering before halting the oxidative processes by being baked dry, with the optimal withering conditions at 30 degrees Celsius (65% relative humidity) for 26 hours. Withering of the leaves can last from around one to three days depending on the season and temperature of the processing environment. There is an international disagreement on definition of white tea between China and other producing countries. The buds may be shielded from sunlight to prevent the formation of chlorophyll. White tea is produced in lesser quantities than most other styles, and can be correspondingly more expensive than tea from the same plant processed by other methods. It is less well known in countries outside of China, though this is changing with increased western interest in the tea.
GREEN TEA
This tea has undergone the least amount of oxidation. The oxidation process is halted by the quick application of heat after tea picking, either with steam, the Japanese method, or by dry cooking in hot pans, the traditional Chinese method. Tea leaves may be left to dry as separate leaves or they may be rolled into small pellets to make Gunpowder tea. This process is time consuming and is typically done with pekoes of higher quality. The tea is processed within one to two days of harvesting, and if done correctly retains most of the chemical composition of the fresh leaves from which it was produced. Variation in steaming time for fixation or processing from additional stages of rolling and drying are sometimes used to improve or altering the flavour for types of green tea.
YELLOW TEA
This tea is processed in a similar manner to green tea, but instead of immediate drying after fixation, it is stacked, covered, and gently heated in a humid environment. This initiates oxidation in the chlorophyll of the leaves through non-enzymatic and non-microbial means, which results in a yellowish or greenish-yellow colour.
OOLONG TEA
This tea's oxidation is stopped somewhere between the standards for green tea and black tea. The processing typically takes two to three days from withering to drying with a relatively short oxidation period of several hours. In Chinese, semi-oxidized teas are collectively grouped as blue tea (青茶, literally: blue-green tea / "celadon tea"), while the term "oolong" is used specifically as a name for certain semi-oxidized teas. Common wisdom about lightly oxidized teas in Taiwan (a large producer of Oolong) is that too little oxidation upsets the stomach of some consumers. Even so, some producers attempt to minimize oxidation in order to produce a specific taste or allow the tea leaves to be easily rolled into the spherical or half-sphere form demanded by buyers in the market.]
BLACK TEA
The tea leaves are allowed to completely oxidize. Black tea is first withered to induce protein breakdown and reduce water content (68-77% of original). The leaves then undergo a process known in the industry is "disruption" or "leaf maceration", which through bruising or cutting disrupts leaf cell structures, releasing the leaf juices and enzymes that activate oxidation. The oxidation process takes between 45–90 minutes to 3 hours and is done at high humidity between 20-30 degrees Celsius, transforming much of the catechins of the leaves into complex tannin. Orthodox processed black teas are further graded according to the post-production leaf quality by the Orange Pekoe system, while Crush, Tear, Curl (CTC; or "Cut, tear, curl") teas use a different grading system. Orthodox tea leaves are heavily rolled either by hand or mechanically on a cylindrical rolling table or a rotorvane. The rolling table consists of a ridged table-top moving in an eccentric manner to a large hopper of tea leaves, of which the leaves are pressed down onto the table-top. The process produces a mixture of whole and broken leaves, and particles which are then sorted, oxidized, and dried. The rotovane consisted of an auger pushing withered tea leaves through a vane cylinder which crushes and evenly cuts the leaves. CTC black teas is a production method developed by William McKercher in 1930 and consist of machines with contra-rotation rotors with surfaces patterning that cut and tear the leaves producing a product popular for use in tea bags. The rotovane to often use to precut the withered tea prior to the CTC and to create broken orthodox processed black tea.
POST-FERMENTED TEA
Teas that are allowed to undergo a second oxidation after the fixation of the tea leaves, such as Pu-erh, Liu'an, and Liubao, are collectively referred to as secondary or post-fermentation teas in English. In Chinese they are categorized as Dark tea or black tea. This is not to be confused with the English term Black tea, known in Chinese as red tea. Pu-erh, also known as Póu léi (Polee) in Cantonese is the most common type of post-fermetation tea in the market.
(WIKIPEDIA)
ROOF HEAT PROOFING COMPANY PROFILE:
We would like to introduce ourselves as one of the Pioneer of ROOF HEAT PROOFING in Pakistan. Our company was established in the year 2000.
ROOF HEAT PROOFING Family Business Background.
Our Business Background is that we are importer of chemicals. When Pakistan got independence our grandfather Mr.Abdul Khaliq Gandhak wala (Late) was the first one to open a chemical outlet in Jodia Bazar Karachi. Every chemical related industrialist and Business men know him really well.
What is ROOF HEAT PROOFING Cool Tech?
In chemical field, we started ROOF HEAT PROOFING, a new business which fulfills the need of every house, Factory, Office, Hotel, School, Hospital and any other organization. ROOF HEAT PROOFING is the mixture of different types of chemicals, and Sun block chemicals from Pakistan, Korea, China and Germany.
ROOF HEAT PROOFING Vision and Mission.
After 35 years all over the world such as USA, GULF, Saudi Arabia and Hot region countries Cool Tech brought ROOF HEAT PROOFING facility in Pakistan in 2000. Approx.: 8000sq ft clean Area can be done within a day without any disturbance and noise. You can use your roof conveniently and you can search that type of coating on internet by any search engine like yahoo Google etc. Just mention ROOF HEAT PROOFING. Your Air Conditioner Bill will be deducted around 20 to 30%. Recommended by Engineers and consultant all over the world.
WHY ROOF HEAT PROOFING IS NECESSARY FOR ALL TOP FLOORS.
ROOF HEAT PROOFING saves your money against high Air conditioner Bills.
Cool Tech Saves your money against high Air conditioner Bills. The best reason to use Cool tech (ROOF HEAT PROOFING) is simply put……..You save Money! How much does it cost? Well, considering reduced electric bills, less wear and tear on air conditioner components, extended roof life, increased comfort and the beauty supplied, it’s almost FREE! Cool Tech will help pay for itself before you know it by enabling you to save 20-30% of your electricity cost. Cool Tech (ROOF HEAT PROOFING) is a high built coating made from highly water-resistant polymers and additives that give flexibility and durability.
ROOF HEAT PROOFING Protect your roof against hot sun rays.
Roof Heat Proofing provides SOLAR REFLECTANCE, which means it reflects most of the infrared and visible light striking the surface of the coating. Over 80% of the light striking Cool Tech (ROOF HEAT PROOFING) is reflected back into the atmosphere and away from your roof. Then Roof Heat Proofing repels over 80% of the heat striking it. It bounces this heat back into the atmosphere. This synergistic effect means that Cool Tech reflects the majority of radiant energy away from the structure while the micro-porous structure of the coating dissipated and blocks any radiation that is absorbed and reduces the energy transmitted to the substrate.
ROOF HEAT PROOFING Protect your roof against thermal shocks
Roof Heat Proofing also helps prevent thermal shocks. A hot roof can experience thermal shocks when a passing shower of cold rain hits the hot roof causing a rapid and tremendously violent contraction. These violent contractions can rip seams open, pop fasteners out of the roofs substrate, pull flashing out of the imbedding plies and generally destroys your roof. Keeping your roof cool prevents the radical contraction that leads to “ROOF SHOCK”, premature roof failure and costly replacement costs.
SOME OF OUR VALUABLE CLIENTS (COMMERCIAL)
• BAY VIEW HIGH SCHOOL CLIFTON 2012
• PAK GREASE MANUFAC KEEMARI KARACHI 2013
• BONANZA GARMENTS 2013
• SOUTH SHORE O-LEVEL SCHOOL DHA 2013
• KARACHI GRAMMAR SCHOOL CLIFTON 2011
• SIEMENS PAKISTAN ENGINEERING CO. LTD. SITE 2010
• (FOTCO) FAUJI OIL TERMINAL & DISTRIBUTION Co. Ltd (PORT QASIM) 2010
• OYSTER TECHNOLOGIC (PVT)LTD KORANGI 2011
• THE RESIDENCY HOTEL (LAHORE) 2011
• ARENA KARSAZ (2010)
• ARY DIGITAL NETWORK STUDIO (SITE) 2009
• MERCK (PVT) LTD QUETTA 2011
• CARE LOGISTIC SHARA-E-FAISAL 2011
• PRECISION POLYMERS (PVT) LIMITED 2011
• S. ABDULLAH & COMPANY (K-SHAMSHEER) (DHA) 2005
• MEDICAIDS PAKISTAN PVT LTD (KORANGI) 2011
• ICON TOWER (SITE OFFICE) ADJACENT ABDULLAH SHAH GHAZI MAZAR 2010
• CENTURY 21 TEXTILE (S.I.T.E) 2004
• HAKEEM ABDUL GHAFFAR AGHA (AGHA HERBAL, TARIQ ROAD) 2009
• (FOTCO) GUEST HOUSE (DHA) 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• EDEN ROBE GARMENTS (SITE) 2007
• RAZAQUE STEEL (SITE) 2008
• STAR CNG N.NAZIMABAD 2011
• ST. PETERS HIGH SCHOOL KASHMIR ROAD 2009
• K.N. ACCADEMY (MALIR CANTT) 2003
• HAMPTON SCHOOL (CLIFTON) 2007
• WOODWARDS (PVT) LTD (AMEER KHUSRO ROAD) 2010
• CHAS. A MENDOZA (RAZI ROAD) 2010
• KIRAN HOSPITAL (SAFFORA GOTH) 2004
• USMAN MEMORIAL HOSPITAL (F.B. AREA) 2003
• CIVIL HOSPITAL 2004
• M.M. TOWERS (DHA) (MAIN KHAYABAN-E-ITEHAD) 2004
• LOYA ASSOCIATE (P.E.C.H.S) 2005
• ALI ASGHAR TEXTILE (KORANGI OFFICE AREA) 2010
• OXYHEALTH LOUNGE & RELAXATION CLUB (CLIFTON) 2008
• SHAN SILK (KORANGI) 2011
SOME OF OUR VALUABALE CLIENTS (RESIDENTIAL)
• MR. FAROOQ (BONANAZA GARMENTS) 2013
• MR. JUNAID JAMSHED DHA 2013
• MR ASHRAF S/O MR. LIAQUT ALI KHAN 1ST PRIME MINISTER OF PAKISTAN
• MIAN NASEER ARCHITECT 2013
• MR. SIKANDER BAKHT (FORMER PAKISTANI CRICKETER) D.H.A 2011
• MR. MASOOD HASSAN (CLIFTON) 2009 M/S. SIEMENS CO. LTD. SITE 2010
• MR. MURAD ALI SHAH MINISTOR OF IRRIGATION AND POWER (DHA) 2010
• MR. IMRAN S. SATTAR OXFORD SWETTERS DHA 2011
• MR. ASGHAR RANGOON WALA (ROYAL RODALE CLUB) (DHA) 2007
• MR YASIN SIDDIQUI CHAIRMAN “APTMA” DHA 2010 (SINDH & BALOCHISTAN ZONE)
• MR. SAJJAD HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. SARFARAZ HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. RAFIQ (ORIENT TEXTILE) DHA 2011.
• MS. FATIMA (D/O LATE MR. KAMAL FILM ACTOR) DHA 2011
• MR. BUKSH JUMANI (KHAIRPUR HOUSE) DHA 2011
• MR DANISH KHWAJA (A.R.Y) 2011 D.H.A / MR. NOFEL HUM T.V. 2011
• MR. YOUSUF DEWAN. (DEWAN GROUP OF INDUSTRIES) (DHA) 2003
• MR. HAMZA FAROOQ / MR. ABDUL BAAQI DEWAN. (DHA) 2008
• DR. RAHEEM-UL-HAQ (DHA) (SOUTH CITY HOSPITAL CLIFTON) 2007
• DR. ZEENAT ESSANI D.H.A 2008 / DR. ZAKIR ALVI D.H.A 2011
• MR. A. KARIM PARACHA (C.I.M. SHIPPING COMPANY) (DHA) 2008
• MR. SHAKEEL MASOOD (C.E. DAWN NEWS). (DHA) 2008
• MR ABBAS / MR SHABBIR (ARENA KARSAZ) 2010
• MR. AHMED ZAFAR EMIRATES GLOBAL BANK (DHA) 2010
• MR. POLAD SUZUKI MOTORS DEALER CLIFTON 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• MR SIKANDAR (CAFÉ FLOW) / MR. NADEEM ISLAM (BAYVIEW SCHOOL)
• MR. ALI ADAMJEE / MR. BILAL DAILY AGHAZ NEWS DHA 2010
• MR. HASSAN AKHTER (DHA) (MATRIX COMPANY CLIFTON) 2004
• MR. BILAL (DHA) DAILY AGHAZ NEWS 2009
• MR. NOSHAER (YAZDANI MOTORS D.H.A) 2008
• MRS. ANWAR PIONEER CABLES (D.H.A) 2011
• MR. ASLAM PAKISTAN CABLES (CLIFTON) 2011
• MR. ABDUL HANNAN (KHAS INDUSTRIES) D.H.A 2010
• MR. NAVEED ILLAHI “ALI ASGHAR TEXTILE” (DHA RESIDENCE) 2010.
roof heat proofing, roof treatment services, roof insulation pakistan, roof insulation chemical, roof heat protection, heat reflection white coating, heat proof HOME
Roof Heat Proofing for existing roofs to protect your place from heat.
Available in all major cities of Pakistan.
For client list and more details.
contact: salman matin
03332284724
02135486688
www.cooltechpk.com/videos.html
www.facebook.com/roofheatproofing
www.facebook.com/roofheatproofingkarachi
www.roofinsulationpakistan.com,
Deep sea hard substrate are among the areas that will be heavily impacted by climate change, even though they host some beautiful and bizarre creatures such as these Sea Lily's (Crinoids). Photo courtesy of NOAA HURL Archives.
ROOF HEAT PROOFING COMPANY PROFILE:
We would like to introduce ourselves as one of the Pioneer of ROOF HEAT PROOFING in Pakistan. Our company was established in the year 2000.
ROOF HEAT PROOFING Family Business Background.
Our Business Background is that we are importer of chemicals. When Pakistan got independence our grandfather Mr.Abdul Khaliq Gandhak wala (Late) was the first one to open a chemical outlet in Jodia Bazar Karachi. Every chemical related industrialist and Business men know him really well.
What is ROOF HEAT PROOFING Cool Tech?
In chemical field, we started ROOF HEAT PROOFING, a new business which fulfills the need of every house, Factory, Office, Hotel, School, Hospital and any other organization. ROOF HEAT PROOFING is the mixture of different types of chemicals, and Sun block chemicals from Pakistan, Korea, China and Germany.
ROOF HEAT PROOFING Vision and Mission.
After 35 years all over the world such as USA, GULF, Saudi Arabia and Hot region countries Cool Tech brought ROOF HEAT PROOFING facility in Pakistan in 2000. Approx.: 8000sq ft clean Area can be done within a day without any disturbance and noise. You can use your roof conveniently and you can search that type of coating on internet by any search engine like yahoo Google etc. Just mention ROOF HEAT PROOFING. Your Air Conditioner Bill will be deducted around 20 to 30%. Recommended by Engineers and consultant all over the world.
WHY ROOF HEAT PROOFING IS NECESSARY FOR ALL TOP FLOORS.
ROOF HEAT PROOFING saves your money against high Air conditioner Bills.
Cool Tech Saves your money against high Air conditioner Bills. The best reason to use Cool tech (ROOF HEAT PROOFING) is simply put……..You save Money! How much does it cost? Well, considering reduced electric bills, less wear and tear on air conditioner components, extended roof life, increased comfort and the beauty supplied, it’s almost FREE! Cool Tech will help pay for itself before you know it by enabling you to save 20-30% of your electricity cost. Cool Tech (ROOF HEAT PROOFING) is a high built coating made from highly water-resistant polymers and additives that give flexibility and durability.
ROOF HEAT PROOFING Protect your roof against hot sun rays.
Roof Heat Proofing provides SOLAR REFLECTANCE, which means it reflects most of the infrared and visible light striking the surface of the coating. Over 80% of the light striking Cool Tech (ROOF HEAT PROOFING) is reflected back into the atmosphere and away from your roof. Then Roof Heat Proofing repels over 80% of the heat striking it. It bounces this heat back into the atmosphere. This synergistic effect means that Cool Tech reflects the majority of radiant energy away from the structure while the micro-porous structure of the coating dissipated and blocks any radiation that is absorbed and reduces the energy transmitted to the substrate.
ROOF HEAT PROOFING Protect your roof against thermal shocks
Roof Heat Proofing also helps prevent thermal shocks. A hot roof can experience thermal shocks when a passing shower of cold rain hits the hot roof causing a rapid and tremendously violent contraction. These violent contractions can rip seams open, pop fasteners out of the roofs substrate, pull flashing out of the imbedding plies and generally destroys your roof. Keeping your roof cool prevents the radical contraction that leads to “ROOF SHOCK”, premature roof failure and costly replacement costs.
SOME OF OUR VALUABLE CLIENTS (COMMERCIAL)
• BAY VIEW HIGH SCHOOL CLIFTON 2012
• PAK GREASE MANUFAC KEEMARI KARACHI 2013
• BONANZA GARMENTS 2013
• SOUTH SHORE O-LEVEL SCHOOL DHA 2013
• KARACHI GRAMMAR SCHOOL CLIFTON 2011
• SIEMENS PAKISTAN ENGINEERING CO. LTD. SITE 2010
• (FOTCO) FAUJI OIL TERMINAL & DISTRIBUTION Co. Ltd (PORT QASIM) 2010
• OYSTER TECHNOLOGIC (PVT)LTD KORANGI 2011
• THE RESIDENCY HOTEL (LAHORE) 2011
• ARENA KARSAZ (2010)
• ARY DIGITAL NETWORK STUDIO (SITE) 2009
• MERCK (PVT) LTD QUETTA 2011
• CARE LOGISTIC SHARA-E-FAISAL 2011
• PRECISION POLYMERS (PVT) LIMITED 2011
• S. ABDULLAH & COMPANY (K-SHAMSHEER) (DHA) 2005
• MEDICAIDS PAKISTAN PVT LTD (KORANGI) 2011
• ICON TOWER (SITE OFFICE) ADJACENT ABDULLAH SHAH GHAZI MAZAR 2010
• CENTURY 21 TEXTILE (S.I.T.E) 2004
• HAKEEM ABDUL GHAFFAR AGHA (AGHA HERBAL, TARIQ ROAD) 2009
• (FOTCO) GUEST HOUSE (DHA) 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• EDEN ROBE GARMENTS (SITE) 2007
• RAZAQUE STEEL (SITE) 2008
• STAR CNG N.NAZIMABAD 2011
• ST. PETERS HIGH SCHOOL KASHMIR ROAD 2009
• K.N. ACCADEMY (MALIR CANTT) 2003
• HAMPTON SCHOOL (CLIFTON) 2007
• WOODWARDS (PVT) LTD (AMEER KHUSRO ROAD) 2010
• CHAS. A MENDOZA (RAZI ROAD) 2010
• KIRAN HOSPITAL (SAFFORA GOTH) 2004
• USMAN MEMORIAL HOSPITAL (F.B. AREA) 2003
• CIVIL HOSPITAL 2004
• M.M. TOWERS (DHA) (MAIN KHAYABAN-E-ITEHAD) 2004
• LOYA ASSOCIATE (P.E.C.H.S) 2005
• ALI ASGHAR TEXTILE (KORANGI OFFICE AREA) 2010
• OXYHEALTH LOUNGE & RELAXATION CLUB (CLIFTON) 2008
• SHAN SILK (KORANGI) 2011
SOME OF OUR VALUABALE CLIENTS (RESIDENTIAL)
• MR. FAROOQ (BONANAZA GARMENTS) 2013
• MR. JUNAID JAMSHED DHA 2013
• MR ASHRAF S/O MR. LIAQUT ALI KHAN 1ST PRIME MINISTER OF PAKISTAN
• MIAN NASEER ARCHITECT 2013
• MR. SIKANDER BAKHT (FORMER PAKISTANI CRICKETER) D.H.A 2011
• MR. MASOOD HASSAN (CLIFTON) 2009 M/S. SIEMENS CO. LTD. SITE 2010
• MR. MURAD ALI SHAH MINISTOR OF IRRIGATION AND POWER (DHA) 2010
• MR. IMRAN S. SATTAR OXFORD SWETTERS DHA 2011
• MR. ASGHAR RANGOON WALA (ROYAL RODALE CLUB) (DHA) 2007
• MR YASIN SIDDIQUI CHAIRMAN “APTMA” DHA 2010 (SINDH & BALOCHISTAN ZONE)
• MR. SAJJAD HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. SARFARAZ HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. RAFIQ (ORIENT TEXTILE) DHA 2011.
• MS. FATIMA (D/O LATE MR. KAMAL FILM ACTOR) DHA 2011
• MR. BUKSH JUMANI (KHAIRPUR HOUSE) DHA 2011
• MR DANISH KHWAJA (A.R.Y) 2011 D.H.A / MR. NOFEL HUM T.V. 2011
• MR. YOUSUF DEWAN. (DEWAN GROUP OF INDUSTRIES) (DHA) 2003
• MR. HAMZA FAROOQ / MR. ABDUL BAAQI DEWAN. (DHA) 2008
• DR. RAHEEM-UL-HAQ (DHA) (SOUTH CITY HOSPITAL CLIFTON) 2007
• DR. ZEENAT ESSANI D.H.A 2008 / DR. ZAKIR ALVI D.H.A 2011
• MR. A. KARIM PARACHA (C.I.M. SHIPPING COMPANY) (DHA) 2008
• MR. SHAKEEL MASOOD (C.E. DAWN NEWS). (DHA) 2008
• MR ABBAS / MR SHABBIR (ARENA KARSAZ) 2010
• MR. AHMED ZAFAR EMIRATES GLOBAL BANK (DHA) 2010
• MR. POLAD SUZUKI MOTORS DEALER CLIFTON 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• MR SIKANDAR (CAFÉ FLOW) / MR. NADEEM ISLAM (BAYVIEW SCHOOL)
• MR. ALI ADAMJEE / MR. BILAL DAILY AGHAZ NEWS DHA 2010
• MR. HASSAN AKHTER (DHA) (MATRIX COMPANY CLIFTON) 2004
• MR. BILAL (DHA) DAILY AGHAZ NEWS 2009
• MR. NOSHAER (YAZDANI MOTORS D.H.A) 2008
• MRS. ANWAR PIONEER CABLES (D.H.A) 2011
• MR. ASLAM PAKISTAN CABLES (CLIFTON) 2011
• MR. ABDUL HANNAN (KHAS INDUSTRIES) D.H.A 2010
• MR. NAVEED ILLAHI “ALI ASGHAR TEXTILE” (DHA RESIDENCE) 2010.
roof heat proofing, roof treatment services, roof insulation pakistan, roof insulation chemical, roof heat protection, heat reflection white coating, heat proof HOME
Roof Heat Proofing for existing roofs to protect your place from heat.
Available in all major cities of Pakistan.
For client list and more details.
contact: salman matin
03332284724
02135486688
www.cooltechpk.com/videos.html
www.facebook.com/roofheatproofing
www.facebook.com/roofheatproofingkarachi
www.roofinsulationpakistan.com,
ROOF HEAT PROOFING COMPANY PROFILE:
We would like to introduce ourselves as one of the Pioneer of ROOF HEAT PROOFING in Pakistan. Our company was established in the year 2000.
ROOF HEAT PROOFING Family Business Background.
Our Business Background is that we are importer of chemicals. When Pakistan got independence our grandfather Mr.Abdul Khaliq Gandhak wala (Late) was the first one to open a chemical outlet in Jodia Bazar Karachi. Every chemical related industrialist and Business men know him really well.
What is ROOF HEAT PROOFING Cool Tech?
In chemical field, we started ROOF HEAT PROOFING, a new business which fulfills the need of every house, Factory, Office, Hotel, School, Hospital and any other organization. ROOF HEAT PROOFING is the mixture of different types of chemicals, and Sun block chemicals from Pakistan, Korea, China and Germany.
ROOF HEAT PROOFING Vision and Mission.
After 35 years all over the world such as USA, GULF, Saudi Arabia and Hot region countries Cool Tech brought ROOF HEAT PROOFING facility in Pakistan in 2000. Approx.: 8000sq ft clean Area can be done within a day without any disturbance and noise. You can use your roof conveniently and you can search that type of coating on internet by any search engine like yahoo Google etc. Just mention ROOF HEAT PROOFING. Your Air Conditioner Bill will be deducted around 20 to 30%. Recommended by Engineers and consultant all over the world.
WHY ROOF HEAT PROOFING IS NECESSARY FOR ALL TOP FLOORS.
ROOF HEAT PROOFING saves your money against high Air conditioner Bills.
Cool Tech Saves your money against high Air conditioner Bills. The best reason to use Cool tech (ROOF HEAT PROOFING) is simply put……..You save Money! How much does it cost? Well, considering reduced electric bills, less wear and tear on air conditioner components, extended roof life, increased comfort and the beauty supplied, it’s almost FREE! Cool Tech will help pay for itself before you know it by enabling you to save 20-30% of your electricity cost. Cool Tech (ROOF HEAT PROOFING) is a high built coating made from highly water-resistant polymers and additives that give flexibility and durability.
ROOF HEAT PROOFING Protect your roof against hot sun rays.
Roof Heat Proofing provides SOLAR REFLECTANCE, which means it reflects most of the infrared and visible light striking the surface of the coating. Over 80% of the light striking Cool Tech (ROOF HEAT PROOFING) is reflected back into the atmosphere and away from your roof. Then Roof Heat Proofing repels over 80% of the heat striking it. It bounces this heat back into the atmosphere. This synergistic effect means that Cool Tech reflects the majority of radiant energy away from the structure while the micro-porous structure of the coating dissipated and blocks any radiation that is absorbed and reduces the energy transmitted to the substrate.
ROOF HEAT PROOFING Protect your roof against thermal shocks
Roof Heat Proofing also helps prevent thermal shocks. A hot roof can experience thermal shocks when a passing shower of cold rain hits the hot roof causing a rapid and tremendously violent contraction. These violent contractions can rip seams open, pop fasteners out of the roofs substrate, pull flashing out of the imbedding plies and generally destroys your roof. Keeping your roof cool prevents the radical contraction that leads to “ROOF SHOCK”, premature roof failure and costly replacement costs.
SOME OF OUR VALUABLE CLIENTS (COMMERCIAL)
• BAY VIEW HIGH SCHOOL CLIFTON 2012
• PAK GREASE MANUFAC KEEMARI KARACHI 2013
• BONANZA GARMENTS 2013
• SOUTH SHORE O-LEVEL SCHOOL DHA 2013
• KARACHI GRAMMAR SCHOOL CLIFTON 2011
• SIEMENS PAKISTAN ENGINEERING CO. LTD. SITE 2010
• (FOTCO) FAUJI OIL TERMINAL & DISTRIBUTION Co. Ltd (PORT QASIM) 2010
• OYSTER TECHNOLOGIC (PVT)LTD KORANGI 2011
• THE RESIDENCY HOTEL (LAHORE) 2011
• ARENA KARSAZ (2010)
• ARY DIGITAL NETWORK STUDIO (SITE) 2009
• MERCK (PVT) LTD QUETTA 2011
• CARE LOGISTIC SHARA-E-FAISAL 2011
• PRECISION POLYMERS (PVT) LIMITED 2011
• S. ABDULLAH & COMPANY (K-SHAMSHEER) (DHA) 2005
• MEDICAIDS PAKISTAN PVT LTD (KORANGI) 2011
• ICON TOWER (SITE OFFICE) ADJACENT ABDULLAH SHAH GHAZI MAZAR 2010
• CENTURY 21 TEXTILE (S.I.T.E) 2004
• HAKEEM ABDUL GHAFFAR AGHA (AGHA HERBAL, TARIQ ROAD) 2009
• (FOTCO) GUEST HOUSE (DHA) 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• EDEN ROBE GARMENTS (SITE) 2007
• RAZAQUE STEEL (SITE) 2008
• STAR CNG N.NAZIMABAD 2011
• ST. PETERS HIGH SCHOOL KASHMIR ROAD 2009
• K.N. ACCADEMY (MALIR CANTT) 2003
• HAMPTON SCHOOL (CLIFTON) 2007
• WOODWARDS (PVT) LTD (AMEER KHUSRO ROAD) 2010
• CHAS. A MENDOZA (RAZI ROAD) 2010
• KIRAN HOSPITAL (SAFFORA GOTH) 2004
• USMAN MEMORIAL HOSPITAL (F.B. AREA) 2003
• CIVIL HOSPITAL 2004
• M.M. TOWERS (DHA) (MAIN KHAYABAN-E-ITEHAD) 2004
• LOYA ASSOCIATE (P.E.C.H.S) 2005
• ALI ASGHAR TEXTILE (KORANGI OFFICE AREA) 2010
• OXYHEALTH LOUNGE & RELAXATION CLUB (CLIFTON) 2008
• SHAN SILK (KORANGI) 2011
SOME OF OUR VALUABALE CLIENTS (RESIDENTIAL)
• MR. FAROOQ (BONANAZA GARMENTS) 2013
• MR. JUNAID JAMSHED DHA 2013
• MR ASHRAF S/O MR. LIAQUT ALI KHAN 1ST PRIME MINISTER OF PAKISTAN
• MIAN NASEER ARCHITECT 2013
• MR. SIKANDER BAKHT (FORMER PAKISTANI CRICKETER) D.H.A 2011
• MR. MASOOD HASSAN (CLIFTON) 2009 M/S. SIEMENS CO. LTD. SITE 2010
• MR. MURAD ALI SHAH MINISTOR OF IRRIGATION AND POWER (DHA) 2010
• MR. IMRAN S. SATTAR OXFORD SWETTERS DHA 2011
• MR. ASGHAR RANGOON WALA (ROYAL RODALE CLUB) (DHA) 2007
• MR YASIN SIDDIQUI CHAIRMAN “APTMA” DHA 2010 (SINDH & BALOCHISTAN ZONE)
• MR. SAJJAD HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. SARFARAZ HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. RAFIQ (ORIENT TEXTILE) DHA 2011.
• MS. FATIMA (D/O LATE MR. KAMAL FILM ACTOR) DHA 2011
• MR. BUKSH JUMANI (KHAIRPUR HOUSE) DHA 2011
• MR DANISH KHWAJA (A.R.Y) 2011 D.H.A / MR. NOFEL HUM T.V. 2011
• MR. YOUSUF DEWAN. (DEWAN GROUP OF INDUSTRIES) (DHA) 2003
• MR. HAMZA FAROOQ / MR. ABDUL BAAQI DEWAN. (DHA) 2008
• DR. RAHEEM-UL-HAQ (DHA) (SOUTH CITY HOSPITAL CLIFTON) 2007
• DR. ZEENAT ESSANI D.H.A 2008 / DR. ZAKIR ALVI D.H.A 2011
• MR. A. KARIM PARACHA (C.I.M. SHIPPING COMPANY) (DHA) 2008
• MR. SHAKEEL MASOOD (C.E. DAWN NEWS). (DHA) 2008
• MR ABBAS / MR SHABBIR (ARENA KARSAZ) 2010
• MR. AHMED ZAFAR EMIRATES GLOBAL BANK (DHA) 2010
• MR. POLAD SUZUKI MOTORS DEALER CLIFTON 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• MR SIKANDAR (CAFÉ FLOW) / MR. NADEEM ISLAM (BAYVIEW SCHOOL)
• MR. ALI ADAMJEE / MR. BILAL DAILY AGHAZ NEWS DHA 2010
• MR. HASSAN AKHTER (DHA) (MATRIX COMPANY CLIFTON) 2004
• MR. BILAL (DHA) DAILY AGHAZ NEWS 2009
• MR. NOSHAER (YAZDANI MOTORS D.H.A) 2008
• MRS. ANWAR PIONEER CABLES (D.H.A) 2011
• MR. ASLAM PAKISTAN CABLES (CLIFTON) 2011
• MR. ABDUL HANNAN (KHAS INDUSTRIES) D.H.A 2010
• MR. NAVEED ILLAHI “ALI ASGHAR TEXTILE” (DHA RESIDENCE) 2010.
roof heat proofing, roof treatment services, roof insulation pakistan, roof insulation chemical, roof heat protection, heat reflection white coating, heat proof HOME
Roof Heat Proofing for existing roofs to protect your place from heat.
Available in all major cities of Pakistan.
For client list and more details.
contact: salman matin
03332284724
02135486688
www.cooltechpk.com/videos.html
www.facebook.com/roofheatproofing
www.facebook.com/roofheatproofingkarachi
www.roofinsulationpakistan.com,
Bottom up growth of nanostructures is a fascinating area of nanoscience. The growth of nanowires typically takes place by a vapour-liquid-solid mechanism whereby molten metal catalyst particles on the substrate catalyse the growth process. Equal weight ratio of ZnO and graphite powders is often used as precursor, whereby the graphite powder assists in reducing the required reaction temperature and maintains a steady nanowire growth rate. During this process, ZnO nanowire growth also sometimes occurs on the graphite flakes themselves. The presented scanning electron microscope image depicts ZnO nanowires grown on a graphite flake during thermal chemical vapour deposition. The image (originally grayscale) has been coloured using Adobe Photoshop. Our research group at the Nanoscience Centre has been exploring the use of the high performance ZnO nanowire based field effect transistors for memory, logic and sensor device applications.
Andalusia (/ˌændəˈluːsiə, -ziə, -ʒə/; Spanish: Andalucía [andaluˈθi.a]) is an autonomous community in southern Spain. It is the most populous and the second largest in area of the autonomous communities in the country. The Andalusian autonomous community is officially recognised as a "historical nationality". The territory is divided into eight provinces: Almería, Cádiz, Córdoba, Granada, Huelva, Jaén, Málaga and Seville. Its capital is the city of Seville (Spanish: Sevilla).
Andalusia is in the south of the Iberian peninsula, in south-western Europe, immediately south of the autonomous communities of Extremadura and Castilla-La Mancha; west of the autonomous community of Murcia and the Mediterranean Sea; east of Portugal and the Atlantic Ocean; and north of the Mediterranean Sea and the Strait of Gibraltar. Andalusia is the only European region with both Mediterranean and Atlantic coastlines. The small British overseas territory of Gibraltar shares a three-quarter-mile land border with the Andalusian province of Cádiz at the eastern end of the Strait of Gibraltar.
The main mountain ranges of Andalusia are the Sierra Morena and the Baetic System, consisting of the Subbaetic and Penibaetic Mountains, separated by the Intrabaetic Basin. In the north, the Sierra Morena separates Andalusia from the plains of Extremadura and Castile–La Mancha on Spain's Meseta Central. To the south the geographic subregion of Upper Andalusia lies mostly within the Baetic System, while Lower Andalusia is in the Baetic Depression of the valley of the Guadalquivir.
The name "Andalusia" is derived from the Arabic word Al-Andalus (الأندلس) The toponym al-Andalus is first attested by inscriptions on coins minted in 716 by the new Muslim government of Iberia. These coins, called dinars, were inscribed in both Latin and Arabic. The etymology of the name "al-Andalus" has traditionally been derived from the name of the Vandals; however, a number of proposals since the 1980s have challenged this contention. Halm in 1989 derived the name from a Gothic term, *landahlauts, and in 2002, Bossong suggested its derivation from a pre-Roman substrate. The region's history and culture have been influenced by the native Iberians, Phoenicians, Carthaginians, Greeks, Romans, Vandals, Visigoths, Byzantines, Jews, Romani, Muslim Moors and the Castilian and other Christian North Iberian nationalities who reconquered and settled the area in the latter phases of the Reconquista.
✔️ Download PICTURES by Lucie.R : www.dropbox.com/sh/7gwtx9sv9ielgik/AAD9ROiNaRJO5F13QGtXyF...
✔️ Download VIDEO by L.Guidali : www.dropbox.com/s/5h84fstm0ikaati/21%20-%20Andalusia%20%2...
👑 Senses : 👀 Vision 👆 To Touch 💃 Proprioception 👂 Hearing Equilibrioception 👃 Smell ♨️ Thermoception
⚡ Intelligences : ️ Spatial Intelligence
⛹️ Kinesthetic Body Intelligence
👨👩👧👦 Interpersonal Intelligence
🌲 Ecologicalist Naturalist Intelligence
🔭 Existential Intelligence
📋 WHAT :
️ eXploration 21
🌟 eXploration of "Andalusia"
💫 Spain/Europe World
🌌 Nature Galaxy
✨ eXploration (️)
📝 Type : Ground eXploration
🎨 Style : eXploration Somewhere in Spain
🔊 Language : International (🇬🇧 description in English, but comprehensible by the whole world)
️ You can use your playlists as filters, to find what you're looking for exactly : www.youtube.com/channel/UCpvj7oecmX3AsJT6R0JP2pQ/playlists?
⚠ The items are sorted by the most appropriate categories. But can not be completely exhaustive on social networks. You can use our site or our application. If you want total exhaustiveness and much more.
📏 HOW MUCH :
👑 7 Senses
⚡ 5 Intelligences
WHO :
🎥 Filmed by Lucie.R & Fabien.G
📡 Posted by LG
📼 Video made by LG (Windows Movie Maker 2017)
© Etoile Copyright
© Ikson (🎵Music)
Support Ikson :
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🎼Music promoted 📂by eMotion
️Video Link : Ikson - Deep Dive : youtu.be/pTr1zNATLNU
❓ WHY : To eXplore Andalusia
📍 WHERE : Spain 🇪🇸
🕓 WHEN : May, 2018
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💥 Facebook : www.facebook.com/EXploration-160662074522859/
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InAs wire on Substrate
Courtesy of Gerald Poirier
Image Details
Instrument used: Quanta Family
Magnification: 78540
Voltage: 15Kv
Spot: 3
Working Distance: 10
Detector: Se
ROOF HEAT PROOFING COMPANY PROFILE:
We would like to introduce ourselves as one of the Pioneer of ROOF HEAT PROOFING in Pakistan. Our company was established in the year 2000.
ROOF HEAT PROOFING Family Business Background.
Our Business Background is that we are importer of chemicals. When Pakistan got independence our grandfather Mr.Abdul Khaliq Gandhak wala (Late) was the first one to open a chemical outlet in Jodia Bazar Karachi. Every chemical related industrialist and Business men know him really well.
What is ROOF HEAT PROOFING Cool Tech?
In chemical field, we started ROOF HEAT PROOFING, a new business which fulfills the need of every house, Factory, Office, Hotel, School, Hospital and any other organization. ROOF HEAT PROOFING is the mixture of different types of chemicals, and Sun block chemicals from Pakistan, Korea, China and Germany.
ROOF HEAT PROOFING Vision and Mission.
After 35 years all over the world such as USA, GULF, Saudi Arabia and Hot region countries Cool Tech brought ROOF HEAT PROOFING facility in Pakistan in 2000. Approx.: 8000sq ft clean Area can be done within a day without any disturbance and noise. You can use your roof conveniently and you can search that type of coating on internet by any search engine like yahoo Google etc. Just mention ROOF HEAT PROOFING. Your Air Conditioner Bill will be deducted around 20 to 30%. Recommended by Engineers and consultant all over the world.
WHY ROOF HEAT PROOFING IS NECESSARY FOR ALL TOP FLOORS.
ROOF HEAT PROOFING saves your money against high Air conditioner Bills.
Cool Tech Saves your money against high Air conditioner Bills. The best reason to use Cool tech (ROOF HEAT PROOFING) is simply put……..You save Money! How much does it cost? Well, considering reduced electric bills, less wear and tear on air conditioner components, extended roof life, increased comfort and the beauty supplied, it’s almost FREE! Cool Tech will help pay for itself before you know it by enabling you to save 20-30% of your electricity cost. Cool Tech (ROOF HEAT PROOFING) is a high built coating made from highly water-resistant polymers and additives that give flexibility and durability.
ROOF HEAT PROOFING Protect your roof against hot sun rays.
Roof Heat Proofing provides SOLAR REFLECTANCE, which means it reflects most of the infrared and visible light striking the surface of the coating. Over 80% of the light striking Cool Tech (ROOF HEAT PROOFING) is reflected back into the atmosphere and away from your roof. Then Roof Heat Proofing repels over 80% of the heat striking it. It bounces this heat back into the atmosphere. This synergistic effect means that Cool Tech reflects the majority of radiant energy away from the structure while the micro-porous structure of the coating dissipated and blocks any radiation that is absorbed and reduces the energy transmitted to the substrate.
ROOF HEAT PROOFING Protect your roof against thermal shocks
Roof Heat Proofing also helps prevent thermal shocks. A hot roof can experience thermal shocks when a passing shower of cold rain hits the hot roof causing a rapid and tremendously violent contraction. These violent contractions can rip seams open, pop fasteners out of the roofs substrate, pull flashing out of the imbedding plies and generally destroys your roof. Keeping your roof cool prevents the radical contraction that leads to “ROOF SHOCK”, premature roof failure and costly replacement costs.
SOME OF OUR VALUABLE CLIENTS (COMMERCIAL)
• BAY VIEW HIGH SCHOOL CLIFTON 2012
• PAK GREASE MANUFAC KEEMARI KARACHI 2013
• BONANZA GARMENTS 2013
• SOUTH SHORE O-LEVEL SCHOOL DHA 2013
• KARACHI GRAMMAR SCHOOL CLIFTON 2011
• SIEMENS PAKISTAN ENGINEERING CO. LTD. SITE 2010
• (FOTCO) FAUJI OIL TERMINAL & DISTRIBUTION Co. Ltd (PORT QASIM) 2010
• OYSTER TECHNOLOGIC (PVT)LTD KORANGI 2011
• THE RESIDENCY HOTEL (LAHORE) 2011
• ARENA KARSAZ (2010)
• ARY DIGITAL NETWORK STUDIO (SITE) 2009
• MERCK (PVT) LTD QUETTA 2011
• CARE LOGISTIC SHARA-E-FAISAL 2011
• PRECISION POLYMERS (PVT) LIMITED 2011
• S. ABDULLAH & COMPANY (K-SHAMSHEER) (DHA) 2005
• MEDICAIDS PAKISTAN PVT LTD (KORANGI) 2011
• ICON TOWER (SITE OFFICE) ADJACENT ABDULLAH SHAH GHAZI MAZAR 2010
• CENTURY 21 TEXTILE (S.I.T.E) 2004
• HAKEEM ABDUL GHAFFAR AGHA (AGHA HERBAL, TARIQ ROAD) 2009
• (FOTCO) GUEST HOUSE (DHA) 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• EDEN ROBE GARMENTS (SITE) 2007
• RAZAQUE STEEL (SITE) 2008
• STAR CNG N.NAZIMABAD 2011
• ST. PETERS HIGH SCHOOL KASHMIR ROAD 2009
• K.N. ACCADEMY (MALIR CANTT) 2003
• HAMPTON SCHOOL (CLIFTON) 2007
• WOODWARDS (PVT) LTD (AMEER KHUSRO ROAD) 2010
• CHAS. A MENDOZA (RAZI ROAD) 2010
• KIRAN HOSPITAL (SAFFORA GOTH) 2004
• USMAN MEMORIAL HOSPITAL (F.B. AREA) 2003
• CIVIL HOSPITAL 2004
• M.M. TOWERS (DHA) (MAIN KHAYABAN-E-ITEHAD) 2004
• LOYA ASSOCIATE (P.E.C.H.S) 2005
• ALI ASGHAR TEXTILE (KORANGI OFFICE AREA) 2010
• OXYHEALTH LOUNGE & RELAXATION CLUB (CLIFTON) 2008
• SHAN SILK (KORANGI) 2011
SOME OF OUR VALUABALE CLIENTS (RESIDENTIAL)
• MR. FAROOQ (BONANAZA GARMENTS) 2013
• MR. JUNAID JAMSHED DHA 2013
• MR ASHRAF S/O MR. LIAQUT ALI KHAN 1ST PRIME MINISTER OF PAKISTAN
• MIAN NASEER ARCHITECT 2013
• MR. SIKANDER BAKHT (FORMER PAKISTANI CRICKETER) D.H.A 2011
• MR. MASOOD HASSAN (CLIFTON) 2009 M/S. SIEMENS CO. LTD. SITE 2010
• MR. MURAD ALI SHAH MINISTOR OF IRRIGATION AND POWER (DHA) 2010
• MR. IMRAN S. SATTAR OXFORD SWETTERS DHA 2011
• MR. ASGHAR RANGOON WALA (ROYAL RODALE CLUB) (DHA) 2007
• MR YASIN SIDDIQUI CHAIRMAN “APTMA” DHA 2010 (SINDH & BALOCHISTAN ZONE)
• MR. SAJJAD HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. SARFARAZ HUSSAIN SHAH “APNA TV CHANNEL” (C.E) DHA 2010
• MR. RAFIQ (ORIENT TEXTILE) DHA 2011.
• MS. FATIMA (D/O LATE MR. KAMAL FILM ACTOR) DHA 2011
• MR. BUKSH JUMANI (KHAIRPUR HOUSE) DHA 2011
• MR DANISH KHWAJA (A.R.Y) 2011 D.H.A / MR. NOFEL HUM T.V. 2011
• MR. YOUSUF DEWAN. (DEWAN GROUP OF INDUSTRIES) (DHA) 2003
• MR. HAMZA FAROOQ / MR. ABDUL BAAQI DEWAN. (DHA) 2008
• DR. RAHEEM-UL-HAQ (DHA) (SOUTH CITY HOSPITAL CLIFTON) 2007
• DR. ZEENAT ESSANI D.H.A 2008 / DR. ZAKIR ALVI D.H.A 2011
• MR. A. KARIM PARACHA (C.I.M. SHIPPING COMPANY) (DHA) 2008
• MR. SHAKEEL MASOOD (C.E. DAWN NEWS). (DHA) 2008
• MR ABBAS / MR SHABBIR (ARENA KARSAZ) 2010
• MR. AHMED ZAFAR EMIRATES GLOBAL BANK (DHA) 2010
• MR. POLAD SUZUKI MOTORS DEALER CLIFTON 2010
• MR. IQBAL.S.MUHAMMAD PARAMOUNT BOOKS PVT LTD 2009
• MR SIKANDAR (CAFÉ FLOW) / MR. NADEEM ISLAM (BAYVIEW SCHOOL)
• MR. ALI ADAMJEE / MR. BILAL DAILY AGHAZ NEWS DHA 2010
• MR. HASSAN AKHTER (DHA) (MATRIX COMPANY CLIFTON) 2004
• MR. BILAL (DHA) DAILY AGHAZ NEWS 2009
• MR. NOSHAER (YAZDANI MOTORS D.H.A) 2008
• MRS. ANWAR PIONEER CABLES (D.H.A) 2011
• MR. ASLAM PAKISTAN CABLES (CLIFTON) 2011
• MR. ABDUL HANNAN (KHAS INDUSTRIES) D.H.A 2010
• MR. NAVEED ILLAHI “ALI ASGHAR TEXTILE” (DHA RESIDENCE) 2010.
roof heat proofing, roof treatment services, roof insulation pakistan, roof insulation chemical, roof heat protection, heat reflection white coating, heat proof HOME
Roof Heat Proofing for existing roofs to protect your place from heat.
Available in all major cities of Pakistan.
For client list and more details.
contact: salman matin
03332284724
02135486688
www.cooltechpk.com/videos.html
www.facebook.com/roofheatproofing
www.facebook.com/roofheatproofingkarachi
www.roofinsulationpakistan.com,
finaly finished the substrate for my flying carpet. Started this about 8 months ago.
This is really a challenge for me, I am not very good doing geometric patterns.
This has to be finished in 3 weeks, will go into a show
5050/3528 SMD Light Description:
A: use a very soft PCB board or FPC as the substrate, high brightness SMD LED as light, light emitting angles> 120 degrees, light evenly arranged on the bar circuit board positive, very slim, compact form factor.
B: every three LED can follow any of the above cut off tangent formed by the printed circuit board, with imports of 3M adhesive on the back for the paste. Clips can be equipped with red, yellow, blue, green, white and other light colors to choose from, RGB light bar with the controller may issue a variety of dazzling lighting effects.
C: widely used in three-dimensional light-emitting sub, signs, labels, advertising light boxes, etc., as a light source to use; the product waterproof performance, low-voltage DC power supply safe and convenient to use. 5 meters / roll disc packaging or 30CM 50CM / bar.
D: Main features:
1, can be bent, can be arbitrarily fixed in the concave and convex surfaces;
2, every three LED lights to form a loop;
3, small size, rich colors are widely used in building body contour, step, stand, bridge, hotel, KTV decoration