China 580g UHMWPE Fencing Clothes Stab Proof Cut Resistant Fabric Manufacturers Factory Suppliers

Designer Jerry: Innovation to provide the next generation of protective gloves is the core of our survival The denser tissue makes your work gloves won’t BREAK AND SHED METAL easily like others, it

【SMART TOUCH】: The palm and fingertips are coated with nitrile rubber, and conductive blocks are added to the fingertips to ensure that you can touch the smart screen when wearing gloves, avoiding

Such as fish and shellfish processing, handling goods and glass working Can be applied to a variety of working environments, car maintenance, mechanical installation, transportation, fishing,

Abrasion-Resistant Material - This finger protector is made of fabric, HPPE material. The finger cuts are five-stage anti-cutting, breathable and durable. Breathable & Reusable - Our finger cots

It is an ultra-high cut-resistant fabric, both aramid fibers and ultra-high molecular weight polyethylene (UHMWPE) fibers are high-strength, cut-resistant materials. It can be widely used in anti-cut

Ultra-high molecular weight polyethylene fiber (high-strength polyethylene fiber), aramid fiber and carbon fiber are considered as the three major high-performance fibers. Among them, the ultra-high

Product Description Cut resistant and wear resistant fabric Our Cut resistant and wear resistant fabrics are market leaders in protective fabrics. Woven from UHMWPE (fiber similar to Dyneema). UHMWPE

Our Super High Strength UHMWPE Fabric is a leading product in the protective fabric market. Woven with UHMWPE (the simialr fibre with Dyneema).

Aramid fiber cut-resistant and waterproof fabric is a fabric made of aramid fiber. Aramid fiber is a high-performance man-made fiber with very high thermal stability and flame retardancy, and can

Fiber fabric is strongest in the world, it performance of breaking strength will be better than Aramid, Carbon and other fiber weave fabric. so it liked and used by many security fields.

Our Super High Strength UHMWPE Fabric is a leading product in the protective fabric market. Woven with UHMWPE (the simialr fibre with Dyneema).

Cut Protective Cloth This material is often used to protect elbows, knees and other frequently touched clothing parts, as well as reinforcement of the palms of gloves to reduce our dangers in sports

On the basis of nigh waterproof and high breathaillty, it has longer durability and better comfort, and it also meets the environmental protection requirements of Europe, America and other regions.

Compared with finishing flame-retardant textiles, para-aramid fiber fabrics are a kind of textiles with flame-retardant effect themselves. The flame-retardant effect is durable, has no peculiar

Bite Suit High Strength Fabric is made of ultra-high molecular weight polyethylene, para-aramid, nylon, polyethylene, polyester and other high-strength fibers, and is woven with special structure and

The slash resistant fabric is wear-resistant and high-temperature resistant. It adopts the new fiber composite material aramid 1414. The material has low density, high strength, good toughness, high

Cut and bite resistant fabric Tested by the Fire Test Center, it has the characteristics of high wear resistance, high temperature resistance, flame retardant, moisture absorption and sweat wicking,

Product name: Aramid anti-tear and wear-resistant fabric Product introduction: low density, high strength, good toughness, high temperature resistance, easy processing and forming, its strength is 5

Product name: Insulating wear-resistant cloth Product introduction: Many of the wear-resistant fabric series produced by our company are woven with aramid yarn and some high-strength nylon fibers.

Product name: Fluorescent high-strength wear-resistant material Product advantages: Pass the European standard EN388 abrasion test, use high-strength and high-modulus materials, go through a special

Wear-resistant, tear-resistant, cut-resistant fabric The current application conditions of fabrics are extremely challenging, so there is an increasing demand for more robust and durable functional