Carbon-Aramid Hybrid Fabric - I Shaped Pattern

fiber high toughness through a high-precision hybrid weaving process to form a composite reinforcing material that is impact-resistant, fatigue-resistant and lightweight. It is widely used in bulletproof armor, aerospace, sports equipment, high-end industry and other fields.

 

? Ultra high impact resistance: Aramid absorbs energy, carbon fiber provides rigidity

? Weight optimization: 15% lighter than pure carbon fiber cloth, 50% stronger than pure aramid cloth

? Multi-directional performance balance: warp carbon fiber weft aramid synergistic reinforcement

? Flame retardant heat resistant: Aramid withstands up to 400 ° C, carbon fiber withstands over 1000 ° C

 

 Advantages

 

? High strength high toughness: Carbon fiber provides rigidity, aramid absorbs impact, avoiding brittle fracture of pure carbon fiber.

? Lightweight: Lighter than pure metal or fiberglass composites.

? Fatigue resistance: The toughness of aramid can delay crack propagation and extend service life.

? Versatility: With conductive carbon fiber and insulating aramid areas, suitable for particular electromagnetic requirements.

? Cost optimization: Aramid is cheaper than carbon fiber, and blending reduces the total material cost.

 

Typical applications

 

? Bulletproof armor protective equipment

Military helmets, bulletproof inserts: Aramid absorbs the kinetic energy of bullets, while carbon fiber provides rigid support.

Explosion-proof vehicles: Mixed materials reduce weight while resisting explosion impact.

? Aerospace

? High-performance cars racing cars

F1 racing car Monocoque: Carbon fiber main structure aramid anti-collision zone.

Motorcycle fairing: balancing lightweight and crash resistance.

? Sports equipment

High-end bicycle frame: Carbon fiber main body aramid reinforced parts prone to impact.

Rowing and snowboarding: impact-resistant weight reduction.

? Industrial protection

Mechanical arm protective cover: Prevents debris from splashing while maintaining lightweight.

Wind turbine blades: Lightning strike resistance carbon fiber conducts electricity hail resistance aramid absorbs energy.