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this photo is from haiflymachinery.com. admin@haiflymachinery.com; 400 tons injection molding machine
Injection moulded pallet is manufactured from polyolefin derivatives. The pallet is strong, light weight and stackable. Has very wide application and can be transported very easily. It can be customized by additional processes. It has no metallic parts. - www.atcomaart.com/pd/55654949655350695255/pallets/injecti...
my new photography project for the college
it is about the treatment and how to help sick people
coming soon
Inspired by a photo taken by darrendpc (DC Depiction) - www.flickr.com/photos/darrendpc/5421003829/in/photostream
Obviously doesn't get anywhere near as good as that original, but I had fun playing with this! Best viewed on black.
70 tons injection molding machine;injection machine,injection moulding machine;injection mould machine;injection machines;
Volkswagen Golf I GTI
Z.I. Dagneux - France
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IS0 9001:2008, ISO 14001:2004 and TS16949 certified manufacturer of custom injection molded thermoplastic products. Family owned, financially stable with over 65 years experience. Press sizes from 44 tons to 650 tons, 1 ounce to 110 ounces, including state of the art all electric presses with robotics. Complete design and development from: "Concept to Reality". In molded capabilities; IML (in molded labels), metal inserts, and chrome plated plastic inserts. Prototyping; in house Objet 3D printer. Complete, secondary services include sonic & vibration welding, hot stamping & pad printing. Markets served include; Automotive; decorative and functional products, complex and simple. Packaging products: threaded caps, closures and thin wall containers for food, household, and health and beauty products. Industrial Consumer; lawn and garden, restaurant equipment, appliances, and medical applications. www.mastermolded.com/
Plastic Injection Molding business opportunities by Manufacturing in Mexico for the Maquiladora Industry by American Industries Group, operation start-up partner.
Someone was handing out these Extreme Danger Pfizer Moderna Off Market Stop MRNA GMO Spike Protein Injections flyers at a World Wide Rally for Freedom demonstration this past weekend.
An excerpt from one of the flyers is “Extreme Danger — Pfizer/Moderna Off Market! Stop MNRA Spike Protein Injections. – The Salk Institute has now released vital information. The “rare” blot clots are not rare at all….. There have been no safety trials of these injections….. The Pfizer and Moderna so called “vaccines” are nothing like the vaccines we’ve known in the past. They act as experimental “platforms” for genetic cellular modifications to the cells of the body – in this case producing artificial antibodies similar to those shown in previous animal studies to be capable of attacking the cells and organs of your own body.”….. Are we going to allow the entire human race to be forced into constant GMO injections as its future way of life?" etc
these guys were pretty sketchy when they came out on stage, i was like oh great.... haha. but they turned out alright, they are kinda like mychildren mybride but more metal. thats what they reminded me of anyways
FORT STEWART, Ga., May 16, 2014 - The Savannah-based 1st Battalion, 118th Field Artillery Regiment and the 1st Battalion, 185th Aviation Regiment teamed to conduct the first air mobile raid in Georgia Guard history at Fort Stewart.
(Georgia Army National Guard photo by Staff Sgt. Tracy J. Smith)
Matt Poischbeg from SEA-LECT Plastics was invited to speak at the annual Benchmarking and Best Practices Conference hosted by the Manufacturers Association of Plastic Processors. This year's conference was held in Indianapolis on Wednesday October 11th thru Friday October 13th, 2017. Matt participated in morning Quick-Fire session and in 2-afternoon breakout panel discussions on the topic of workforce development and the importance of apprenticeships.
Matt is the VP and General Manager of SEA-LECT Plastics in Everett Washington. He has been an advocate and leading spokesperson for apprenticeship education and developing a skilled workforce for the manufacturing industry and beyond.
Four years ago, Poischbeg was in dire need of a mold maker. After several months of traditional methods of recruiting, which yielded zero applicants, he decided it was time to train his own. As a young 16 year old growing up in Germany, Matt learned the value of apprenticeship training. "Apprenticeships are considered to be the backbone of the middle class in many countries. But, here in the United States, their value is totally underestimated. And that is a shame!"
Matt eventually partnered with the Aerospace Joint Apprenticeship Committee (AJAC) to help fill the need for skilled and trained manufacturing workers. "Unlike traditional job-training options, apprenticeships offer an education opportunity that leads directly into a high-skill occupation and career path". He enrolled one of SEA-LECT Plastics promising and committed employees in a five-year Tool & Die Maker apprenticeship program offered by AJAC (Aerospace Joint Apprenticeship Committee). Working with AJAC has been extremely beneficial to SEA-LECT Plastics. Having been turned down by local community colleges, it was AJAC who saw the value in implementing additional training curriculum in the expanding advanced manufacturing sector. AJAC now offers a four-year Plastics Process Technician apprenticeship and SEA-LECT now has four workers enrolled in this program.
Workforce development and the implementation of apprenticeships is more important now than ever. Many manufacturers say their biggest challenge is finding skilled workers for their growing organizations and replacing retiring workers. "Our current workforce includes highly skilled workers who offer valuable knowledge and skills acquired through years of experience. We must help retiring employees to pass on that knowledge to the next generation before it is lost."
To learn more about SEA-LECT Plastics and their apprenticeship program visit www.sealectplastics.com/careers or email Matt mattp@sealectplastics.com. You can also watch Matt give a Ted Talk on the topic of workplace apprenticeships: www.youtube.com/watch?v=paAji...
FaceBook: www.facebook.com/sealectplast...
Twitter: twitter.com/sea_lect
G+: plus.google.com/b/10576904362...
YouTube: www.youtube.com/channel/UCOz9...
CEA Project Logistics Thailand was contracted for the demobilisation and export to Malaysia of a High-Pressure Plastic Injection Moulding Machine weighing over 150 Tonnes.
Working alongside Mitsubishi technicians for this demobilisation project (the original machine supplier) CEA initially disconnected all the hydraulic interfaces between the machine and fixed supply, in addition, all high and low voltage electrical connections were disconnected.
After disassembling all interlocked gates and fencing, the hydraulic power packs were removed and packed into temporary supports. The access platforms and plastic supply hopper was removed next. A Sepro robotic arm assistor used for the omnium unloading required some expert rigging to ensure it was fully balanced before being dismantled. The injector unit was removed and loaded directly onto a low bed trailer for immediate load-out out to the CEA facility for packing.
The heavier components, 46 tonne die head and the rear platen with ejector unit at 42 tonnes were the final components to be dismantled. The tie-rod cap plates were removed first and then by use of the mobiles cranes the teams proceeded to slide out the four 6 Tonne tie-rods that connect the die head and platen, each of these were immediately loaded onto wooden supports and treated for rust protection.
Using special jig and tools specifically produced for this demobilisation, the CEA special projects team lifted both the die head and then the platen by means of top and tailing cranes. Both the die head and platen were moved into a horizontal position and loaded directly onto low bed trailers. They were then transported to the CEA facility for packing onto MAFI trailers in preparation for break-bulk load out. Other auxiliary parts and equipment were packed, stuffed and secured in several 40’ containers ready for shipping.
Polyvinyl Chloride (PVC or Vinyl) is a high strength thermoplastic material widely used in applications, such as pipes, medical devices, wire and cable insulation...the list is endless. It is the world's third-most widely produced synthetic plastic polymer.
Polyvinyl Chloride can be injection molded just like other plastics but the inclusion of chlorine in the material complicates the process. This is because melted PVC can give off a corrosive toxic gas. Accordingly, shops need to be equipped with sufficient ventilation systems. Those that aren’t are likely to be hesitant to work with the material. Additionally, special corrosive resistant materials like stainless steel or a chrome plating are required for the mold tool when injection molding PVC plastic. Shrinkage in PVC tends to be between one and two percent but can vary based on a number of factors including material durometer (hardness), gate size, holding pressure, holding time, melt temperature, mold wall thickness, mold temperature, and the percentage and type of additives.
Properties of PVC Injection Molding
General performance PVC resin is a white or light yellow powder with a relative density of 1.35-1.45. The hardness of the product can be added by PVC transparent board PVC transparent board. Adjust the number of plasticizers. Pure PVC has low water absorption and permeability.
Thermal properties: The thermal stability of PVC is very poor. It begins to decompose at 140 ° C and the melting temperature is 160 ° C. The coefficient of linear expansion of PVC is small, and it is flame retardant, and the oxidation index is as high as 45 or more.
Electrical properties: PVC is a polymer with better electrical properties, but due to its greater polarity, electrical insulation is not as good as PP and PE. Dielectric constant, dielectric loss tangent and volume resistivity are large, corona resistance is not good, generally suitable for low-voltage and low-frequency insulating materials.
PVC Injection Molding Requirement
Injection Molding Condition Value Unit for reference
Drying Temperature 60-90 °C
Drying Time 4.0-6.0 hr
Suggested Moisture Content <=0.30 %
Rear Barrel Temperature 160-180 °C
Middle Barrel Temperature 170-190 °C
Front Barrel Temperature 180-200 °C
Nozzle Temperature 180-200 °C
Mold Temperature 40-60 °C