Rubber Film Gloves from China - Durable, Quality Supplier & Factory for Custom Cotton Nitrile Gloves
Product Description
- Gloves made of cotton yarn effectively maintain breathability in the hands, with locked cuffs and high elasticity, making them comfortable to wear.
- This glove abandons the immersion process of the original nitrile latex gloves and adopts a rubber film adhesive method, Make its rubber thickness higher than ordinary nitrile latex gloves, and its wear resistance higher than nitrile and latex gloves. Greatly increased its service life.
- The rubber sheet, with its concave convex manufacturing process, greatly enhances its anti slip properties.
- Although the use of rubber film adhesive increases its friction life, it is accompanied by a sense of heaviness. It is thicker than ordinary nitrile latex gloves, which reduces its flexibility in daily operation.
Frequently Asked Questions (FAQ)
Q: What materials are patch gloves made of?
Patch gloves are constructed from a cotton yarn base for breathability, featuring highly elastic locked cuffs, and are coated using a specialized rubber film adhesive method rather than traditional immersion.
Q: How do patch gloves achieve better wear resistance?
By replacing the standard nitrile latex immersion process with a rubber film adhesive method, the rubber layer becomes thicker. This makes the gloves significantly more wear-resistant than standard nitrile and latex gloves, greatly extending their service life.
Q: What makes these gloves slip-resistant?
The gloves incorporate a rubber sheet manufactured with a unique concave-convex process, which significantly enhances their grip and anti-slip properties.
Q: Are SMT/patch gloves comfortable for long-term wear?
Yes. The cotton yarn material helps maintain breathability to keep hands cool, while the high elasticity and locked cuffs ensure a secure and comfortable fit.
Q: What are the limitations of SMT gloves?
Due to the thicker rubber film adhesive layer, these gloves are heavier than ordinary nitrile latex gloves. This added thickness provides superior protection but can slightly reduce hand flexibility during fine manual operations.