carbon fibre

Carbon fiber is an inorganic high-performance fiber composed of graphite crystallites with a carbon content of >90%, and its core advantages can be summarized as follows:

Core advantages

Ultra-light and high-strength

the density is 1.8g/cm³ (only 1/4 of steel), and the strength can reach 7GPa (10 times that of superalloy steel).

Ultra-high modulus

tensile modulus 200-900GPa (3-10 times that of glass fiber).

Resistant to extreme environments

Temperature resistance > 2000°C in an inert atmosphere, and the coefficient of thermal expansion is almost zero

Functional design

anisotropy control can be achieved through weaving and layup

Graded according to mechanical properties

grade

Tensile Strength (MPa)

Modulus (GPa)

Representative products

Standard modulus

3,000-5,000

200-250

T300 (Civilian Mainstream)

High strength in the medium mold

5,000-7,000

250-300

T800 (Aerostructure)

High modulus

3,500-5,000

350-600

M40J (Satellite Component)

Ultra-high modulus

2,000-3,000

600-900

M60J (Precision Instrument)

Cutting-edge applications

1. Aerospace (35% market share)

Commercial aircraft

50% of the Boeing 787 fuselage is made of carbon fiber (20% weight reduction).

Satellite components

high-modulus carbon fiber/epoxy truss (heat deformation < 0.001%)

Drone

Full carbon fiber fuselage (30% increase in range).

2. New energy and transportation

Wind turbine blades

carbon fiber must be used for the main beam of the blade above 80 meters (fatigue resistance ↑).

Hydrogen energy storage tank

Type IV carbon fiber spiral wound bottle (70MPa pressure resistant).

Supercar body

McLaren P1 monocoque carbon fibre cockpit (40% stiffer).

3. High-end industrial equipment

Semiconductor equipment

Carbon fiber composite wafer handling arm (anti-vibration).

Industrial robots

carbon fiber arm body (speed up and reduce energy consumption at the same time).

4. Medical & Consumer

Prosthetic joints

X-ray permeability + biocompatibility

Bike rack

Tour de France champion

Tennis racket

50% better shock absorption

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