Cut-Proof Kevlar Aramid Carbon Fiber Ballistic Cloth

Cut-Proof Kevlar Aramid Carbon Fiber Ballistic Cloth is a composite fiber cloth made of high-strength materials with extremely high cut, puncture and ballistic resistance.

Product Features:

High Strength and Durability: Kevlar and aramid fibers, combined with carbon fiber reinforcements, have extremely high tensile strength and cut resistance.
Lightweight: Despite its excellent protective performance, the cloth is relatively light and does not affect the wearer's flexibility and comfort.
Ballistic Performance: It can effectively resist the impact of bullets and provide a high level of ballistic protection.
Heat Resistance: It has excellent high temperature and fire resistance and can maintain stability in high temperature environments.
Chemical Corrosion Resistance: It has good resistance to most chemicals and is suitable for chemical environments.
Flexibility: The cloth has good flexibility and can be applied to various shapes and designs.

Application range:

Personal protective equipment:
Cut-resistant gloves
Bullet-proof vests
Stab-resistant vests
Protective pants
Wrist guards, knee pads and other protective devices

Military and police equipment:
Military bulletproof vests
Tactical helmets
Protective shields
Explosive ordnance disposal suits

Industrial protection:
Industrial protective clothing
Protective boots
Cut-resistant aprons

Sporting goods:
Protective gear
Knee pads, elbow pads

Aerospace and transportation:
Aviation protective materials
Automotive protective interiors
High-speed rail protective materials

Buildings and protective facilities:
Building protective layers
Safety curtains
Explosion-proof devices

Technical parameters:

Material: Kevlar fiber, aramid fiber, carbon fiber
Weight: depends on thickness and structure, generally 200-400 g/m2
Thickness: usually between 0.5mm and 10mm depending on different uses
Tensile strength: 500-3000 MPa
Bulletproof grade: according to NIJ standards, usually IIIA or higher
Heat resistance: can be used for a long time in high temperature environments above 200℃