5-3k-carbon-fiber-twill-matte-board-shape-display-pictures
5-3k-carbon-fiber-twill-matte-board-shape-display-pictures
5-3k-carbon-fiber-twill-matte-board-shape-display-pictures
A-display-picture-of-the-shape-of-a-3k-carbon-fiber-twill-matte-board
A-display-picture-of-the-shape-of-a-3k-carbon-fiber-twill-matte-board
Four-3k-carbon-fiber-twill-matte-plate-shape-display-pictures
Four-3k-carbon-fiber-twill-matte-plate-shape-display-pictures

3k carbon fiber twill matte plates can be customized in size

Product ID：144524

Material: Carbon Fiber

Weight: L*W*H*1.7

Function: High strengh, Low weight, Good looking, High modulus

Color: Glossy Black

Weave: Plain

Width yarn: 1~200CM

Features：

1. High Tensile Strength: The tensile strength of carbon fiber is 6 to 12 times that of steel, reaching over 3000 MPa;

2. Low Density, Lightweight: The density of carbon fiber is less than one-fourth that of steel;

3. Corrosion Resistance: Carbon fiber plate have very good chemical stability. In the face of corrosive environments, it still maintains very good stability;

4. Thermal stability: Carbon fiber is able to maintain a low coefficient of linear expansion even when there is a temperature difference, and will not creep easily, which can better ensure tube accuracy;

5. Widely used in aerospace industry, Bicycle industry, sports industry, UAV, Auto industry etc.

Product Details

Carbon-fiber-product-characteristic-diagram

PRODUCT PROFILE
 Product  3K Twill Glossy Carbon Fiber Plate
 HS Code  681511
 Surface  Twill Glossy
 Material  1K, 3K, 6K, 12K, 24K (according to customer requirements)
 Application  UAV, Medical Industry, Auto Parts, Sports facility, Aerospace industry
 Thickness  Customized
 Specification  Customized
 Color  Black
 Design file  STP, STEP, DWG, DXF, AI, PDF
 Max size  Width 2000mm, Length 2000mm
 Packages  Cardboard + packing belt + pallet
 Delivery Time  7-15 days
 Payment  100% payment before shipment
 Shipment  By sea, By air, By express

Industry-Leading Parameters

Property Carbon Fiber Plate Steel Advantage
Tensile Strength 2,000–3,400 MPa 250–500 MPa 6–12× stronger
Density 1.4–1.9 g/cm³ 7.85 g/cm³ 75% lighter
Elastic Modulus 200–550 GPa 210 GPa Higher stiffness
Thermal Conductivity 0.05–0.25 W/mK 50–60 W/mK Better thermal stability

Customization Options

Carbon fiber plates can be tailored to meet specific requirements:

Parameter Range Applications
Thickness 0.5–10 mm Structural components, medical devices
Dimensions 400×500 mm to 1,200×1,600 mm Large-scale industrial parts
Surface Finish Glossy, matte, or textured Aesthetic and functional needs
Fiber Orientation Unidirectional, twill, or woven Strength optimization

Diverse Industrial Applications

Aerospace & Defense

  • Aircraft Components: Carbon fiber composites are used in F-35 fighter jets (35% composite content) and J-20 stealth fighters (27% composite content) , reducing weight and enhancing maneuverability.
  • Satellite Structures: High stiffness and thermal stability ensure precision in space missions.
  • Military Equipment: Carbon fiber’s corrosion resistance and lightweight design make it ideal for submarine components and tactical gear .

Marine & Naval

  • The shipbuilding sector emphasizes China’s largest carbon fiber ferries, the ‘新明珠 3’ with a capacity of 500 passengers and the ‘新明珠 39’ accommodating 400. Both vessels demonstrate notable improvements in fuel efficiency and operate with lower noise levels.
  • Naval Vessels: Carbon fiber is used in aircraft carrier decks (e.g., France’s Charles de Gaulle) to enhance strength and reduce weight .

Automotive & Transportation

  • Lightweight Parts: Carbon fiber improves fuel efficiency in electric vehicles and supercars, such as the McLaren P1.
  • Rail Systems: Used in high-speed train components for vibration resistance and durability.

Renewable Energy

  • Wind Turbine Blades: Carbon fiber increases blade efficiency and lifespan, critical for large-scale wind farms.
  • Hydrogen Storage Tanks: Lightweight and high-pressure-resistant designs enable efficient energy storage .

Sports & Recreation

  • Performance Gear: Golf clubs, tennis rackets, and bicycles benefit from carbon fiber’s strength and vibration damping.
  • Winter sports equipment like ski poles and ice hockey sticks benefit from its lightweight build, making it easier to move quickly and stay agile on the ice or the slopes.

Characteristics of Carbon Fiber Plates：

Exceptional Tensile Strength

Carbon fiber boasts a tensile strength 6-12 times that of steel, reaching over 3000 MPa.

This superior load-bearing capacity makes it ideal for high-stress applications where durability is critical.

Ultralightweight with Low Density

With a density less than 1/4 of steel, carbon fiber offers an unmatched strength-to-weight ratio.

This lightweight property reduces overall product mass without compromising structural integrity.

Superior Corrosion Resistance

Carbon fiber plate exhibit exceptional chemical stability, maintaining structural integrity even in harsh corrosive environments.

This resistance makes them perfect for marine, chemical, and outdoor applications.

Excellent Thermal Stability

Featuring a low coefficient of linear expansion, carbon fiber retains dimensional accuracy across temperature fluctuations.

Its resistance to creep ensures long-term precision in high-temperature or thermal cycling conditions.

Diverse Industrial Applications

Widely adopted in:

Aerospace (aircraft components, satellite structures)

High-performance bicycles and cycling equipment

Sports gear (golf clubs, tennis rackets)

UAV/drone frames and components

Automotive industry (lightweight automotive parts)

Renewable energy and medical equipment

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