The Importance Of TPE Gloves
TPE is a leak-proof disposable system that is very suitable for the safe handling of food. Protect your diet from bacteria and accidental damage. Therefore, the risk of viral infections and potential bacteria during food processing can be minimized. In addition to vinyl gloves, latex gloves, and nitrile gloves, two new types of gloves have also become popular: cast polyethylene (CPE) and thermoplastic elastomer (TPE), both of which are gloves. Learn how each glove changes, how they fit together, and some of the advantages in today's position. What are TPE gloves? by. TPE gloves are composed of thermoplastic elastomers and polymers and can be formed after heating multiple times. Thermoplastic elastomers also have the same rubber elasticity.
Thermoplastic elastomers are classified by manufacturers as "specialty" plastic resins for two reasons. Secondly, the production volume of resins like polyethylene is lower than that of "ware", and the prices are often higher. Second, this resin is used for advanced applications, not "commodities." In addition to TPE gloves, thermoplastic elastomers are also used in the production of boots and adhesives.
Market and sector TPE gloves
TPE gloves, including CPE gloves, are specifically designed for the food and food industries.
When to use TPE gloves?
Another good alternative to vinyl gloves is TPE gloves because they are cheaper. This is also a good choice for polyethylene gloves.
Features of TPE gloves
TPE gloves are known for their long lifespan, and CPE gloves are no exception. They are heavier than CPE gloves, lighter in weight, and durable.
When to use CPE or TPE gloves?
If you are a wholesaler or distributor of foodservice and food processing customers, when you evaluate TPE and CPE gloves as alternatives to vinyl or latex gloves, we encourage you to contact your trusted glove partner. You should choose the best alternative solution for your specific application.
Due to the wear, strength, and elongation properties of the material, you can become familiar with natural rubber latex and its flexibility. Rubber is almost everywhere in our daily lives, from our car tires to our fitness equipment. Like rubber, thermoplastic elastomers have many useful applications in our lives, but maybe you don’t know the performance of TPE,
Thermoplastic elastomers combine many properties of natural rubber latex with the manufacturing strength of plastics, such as elasticity and diversity. This is a high-resistant tube material, which is a perfect choice, as well as the medical, food, and beverage industries!
The material can be made into a flame retardant, which has additional chemical resistance due to the characteristics of TPE. Under a wide range of temperature and environmental influences, thermoplastic elastomer products have outstanding thermal properties and stability.
In raw materials and finished products, the use of TPE can improve performance. The material does not require any or only a small amount of compounding or reinforcement agents, stabilizers or processing systems, resulting in a lack of variation from batch to batch.
For latex, silicone, and polyvinyl chloride (PVC) compounds, TPE is an effective and economical alternative.
Since thermoplastic elastomers can melt at high temperatures, TPEs are an excellent choice for large-volume injection molding and extrusion.