erasmokaufman
Interpreting Technical Data On Shrink Films
Are you planning on using #shrink #film to pack your products? Great choice. But you must understand a wide array of technical terms related to shrink-films. An understanding of this technical data will allow you to use the film with the right configuration.
In this article, we are going to explain some of these terms.
1. Haze
Haze is the measurement of the cloudiness of the film. A package communicates the amount of haze in it in the percentage format. The film will be clearer with a lower percentage. If you want your customers to have a look at the original product without tearing apart the packaging, you can ask for the film with a lower percentage of haze.
2. Gloss
As the name suggests, this characteristic allows the film to reflect light. The glossiness of a shrink film is represented through a certain angle of degree. The higher the number, the higher the glossiness will be.
3. COF
The COF, or coefficient of friction, is a representation of the ability of the film to slide against different surfaces. With a higher COF, the film will less likely to slip or move.
Several applications do not need a slippery film for #product #packaging. Companies that have to work on those applications generally order for the film with higher COF.
4. Shrinkage MD/TD
The amount of shrink measured in the machine direction (MD) and the cross direction (TD) is known as shrinkage, also called unrestricted shrink. The TD and MD of the film are at 90 degrees to each other. Shrinkage gets the value in percentage.
5. Tear Resistance MD/TD
Tear resistance, too, is measured in both the machine direction and the transverse direction. The ability of a film to resist tearing is called tear resistance. Generally, high-clarity films are more tear-resistant. Increasing the thickness of the film increases the film’s tear resistance. If you have high-value products to pack, you can consider using a high-clarity film.
6. OTR
OTR, or Oxygen transmission rate, refers to the extent to which a film allows the oxygen to pass through it. This characteristic gets its representation by CC per 100 square inches over 24 hours. Lowering the number would allow less oxygen to pass through the film.
Using this information
Using the above information, you can ask your packaging supplier to configure the shrink film according to your packaging requirements. First, you need to know the configuration of packaging that is going to ensure the safety of your product while it’s on its way to the customer. You can give this information to your supplier, and ask them to provide you with the shrink film that’s right according to these configurations.
Interpreting Technical Data On Shrink Films
Are you planning on using #shrink #film to pack your products? Great choice. But you must understand a wide array of technical terms related to shrink-films. An understanding of this technical data will allow you to use the film with the right configuration.
In this article, we are going to explain some of these terms.
1. Haze
Haze is the measurement of the cloudiness of the film. A package communicates the amount of haze in it in the percentage format. The film will be clearer with a lower percentage. If you want your customers to have a look at the original product without tearing apart the packaging, you can ask for the film with a lower percentage of haze.
2. Gloss
As the name suggests, this characteristic allows the film to reflect light. The glossiness of a shrink film is represented through a certain angle of degree. The higher the number, the higher the glossiness will be.
3. COF
The COF, or coefficient of friction, is a representation of the ability of the film to slide against different surfaces. With a higher COF, the film will less likely to slip or move.
Several applications do not need a slippery film for #product #packaging. Companies that have to work on those applications generally order for the film with higher COF.
4. Shrinkage MD/TD
The amount of shrink measured in the machine direction (MD) and the cross direction (TD) is known as shrinkage, also called unrestricted shrink. The TD and MD of the film are at 90 degrees to each other. Shrinkage gets the value in percentage.
5. Tear Resistance MD/TD
Tear resistance, too, is measured in both the machine direction and the transverse direction. The ability of a film to resist tearing is called tear resistance. Generally, high-clarity films are more tear-resistant. Increasing the thickness of the film increases the film’s tear resistance. If you have high-value products to pack, you can consider using a high-clarity film.
6. OTR
OTR, or Oxygen transmission rate, refers to the extent to which a film allows the oxygen to pass through it. This characteristic gets its representation by CC per 100 square inches over 24 hours. Lowering the number would allow less oxygen to pass through the film.
Using this information
Using the above information, you can ask your packaging supplier to configure the shrink film according to your packaging requirements. First, you need to know the configuration of packaging that is going to ensure the safety of your product while it’s on its way to the customer. You can give this information to your supplier, and ask them to provide you with the shrink film that’s right according to these configurations.