Common materials for cut-resistant gloves are as follows:
NOMEX™/cotton/polyester blend:
When weaving gloves, the NOMEX material is mixed in the outer layer of the glove. A small amount of para-aromatic thread is woven with cotton thread and polyester thread to form a lining. This very economical way can effectively improve the cutting resistance of cotton/polyester gloves, and Comfortable to wear.
Nylon/Polyester:
Nylon/polyester has high abrasion resistance, and gloves can be synthesized without cotton thread. Nylon/polyester gloves have better resistance to shrinkage, and the stitches are more uniform than cotton gloves, so nylon/polyester gloves are very easy to clean.
Stainless steel mesh:
It is connected by separate welded stainless steel rings. A glove usually requires about 1200 stainless steel rings. Each stainless steel ring has a tensile force of at least 200N, which provides excellent anti-cutting performance.
In the field of work protective gloves, you often see or hear terms such as 13-needle and 15-needle, which refer to the size and type of equipment used to make the inner liner of knitted protective gloves. The greater the number of needles, the thinner the inner liner yarn, the lighter and thinner the finished glove, the better the wearing comfort, and the more dexterous operation; on the contrary, the smaller the number of needles, the thicker the inner liner yarn and the thicker the finished glove. , The more comfortable to wear will be relatively reduced, and the operability will be cumbersome.
