Other areas
Composite materials, with their strong designability and excellent performance, are triggering technological revolutions in many emerging fields.
1. Drones
Drone bracket
The conductivity of carbon fiber can shield radio frequency interference with a density of only 1.6-1.8g/cm ³ (60% of aluminum alloy), increasing battery life by 15-20% and reducing battery burden
Multi layer carbon cloth
Epoxy resin laminate
Drone propeller
Ultra lightweight with all carbon fiber blades, reducing noise by 3dB while increasing load capacity by 0.5kg
Carbon fiber propellers maintain stable performance in environments ranging from -40 ℃ to 80 ℃
Accessories: Carbon fiber accessories have achieved collaborative innovation through material structure process, realizing:
Lighter (lose 30-50% weight)
Longer battery life
Stronger (doubled intensity)
Higher reliability
More intelligent (pneumatic/electromagnetic optimization)
Better flying experience
2、 Power Battery
Lightweight and Safety Upgrades
battery case
Material: Carbon Fiber Reinforced Thermoplastic Composite (CFRTP)
Advantages:
Reduce weight by 40% compared to aluminum alloy and increase energy density by 5-8%
No droplets during thermal runaway (UL94 V-0 flame retardant)
Battery module bracket
Carbon fiber/fiberglass hybrid design, deformation under vibration conditions<0.5mm
3. Photovoltaic Industry
A New Carrier for Efficient Components
Carbon fiber photovoltaic bracket
Wind resistance performance of 2.5kN/m ² (traditional steel structure 1.6kN/m ²)
Salt spray corrosion resistance for 5000 hours without corrosion
Lightweight tracking system
Carbon fiber rotary structure reduces weight of single axis tracking system by 35%
Drive power consumption reduced by 20%
4.electronic information
flexible circuit board
Graphene/liquid crystal polymer film (bendable radius<1mm)
Terahertz lens
Carbon fiber metamaterial (transmittance>95%)
Quantum computer shell
Borate glass fiber (fully electromagnetic shielding)
5.Ocean Engineering
Deep-sea detector
Carbon fiber titanium alloy pressure vessel (diving depth up to 11000 meters)
Seawater desalination membrane
Graphene oxide/aramid nanofibers (flux increased by 10 times)
Biomimetic torpedo shell
Carbon fiber silicone hybrid material (reducing fluid resistance by 15%)
6.architectural innovation
Carbon fiber, with its ultra-high strength (5-7 times that of steel), extremely light weight (density 1.8g/cm ³), corrosion resistance, and strong designability, is disrupting the traditional construction industry.
Technical solution: Carbon Fiber Reinforced Polymer (CFRP)+Epoxy Resin Adhesive
Tensile strength 3500MPa (5 times higher than steel bars)
The construction speed is 10 times faster than steel plate reinforcement, with a thickness of only 1-2mm
Structural reinforcement and repair
Structural reinforcement and repair
Carbon fiber curtain wall
Can achieve 3mm ultra-thin curved surface modeling (traditional aluminum plate minimum 6mm)
Environmental governance
Oil pollution adsorption membrane
Hydrophobic modified carbon fiber (adsorption capacity up to 50g/g)
PM2.5 filtration
Electrospun nanofiber membrane (filtration efficiency 99.97%)
Nuclear wastewater treatment
Amide oxime carbon fiber (uranium adsorption capacity 8mg/cm ³)