High-Strength 3K Carbon Fiber Sheet | Premium Finish, Durable & Lightweight Carbon Fiber Plate

Description de produit

High-Strength 3K Carbon Fiber Sheet | Premium Finish, Durable & Lightweight

Carbon fiber sheets are composed of high-strength carbon filaments woven into fabric and bonded with an epoxy or thermosetting resin. This combination creates a composite material that is both extremely strong and lightweight, offering unmatched mechanical performance compared to metals and traditional plastics.

A carbon fiber sheet is a high-performance composite material made from woven carbon fibers embedded in a resin matrix. Known for its exceptional strength-to-weight ratio, stiffness, and durability, it is widely used in aerospace, automotive, sports equipment, robotics, and industrial applications.

Mechanical Properties:

• Tensile Strength: Typically 500–700 MPa for standard sheets, with high-modulus variants exceeding 1000 MPa.
• Flexural Strength: High bending resistance allows the sheets to maintain structural integrity under load.
• Impact Resistance: Carbon fiber sheets absorb and distribute energy efficiently, reducing deformation from shocks or impacts.
• Fatigue Resistance: Long-term durability under repeated stress cycles, ideal for structural applications.

Thermal & Environmental Performance

• High Heat Resistance: Maintains performance at temperatures up to 200–250°C, depending on resin type.
• Low Thermal Expansion: Minimal dimensional change with temperature fluctuations ensures precision in engineering applications.
• Weather and Corrosion Resistant: Resistant to water, chemicals, UV radiation, and oxidation, making it suitable for outdoor and marine environments.

Surface and Structural Options

• Weave Patterns: Plain, twill, or satin weaves provide a balance between flexibility, strength, and aesthetic appeal.
• Finish Types: Glossy for visual appeal, matte for industrial or functional use, or prepreg sheets for advanced manufacturing.
• Thickness & Size: Ranges from ultra-thin 0.3mm sheets for electronics and lightweight parts to thick 10mm+ sheets for structural panels.

Applications Across Industries

1. Aerospace & Aviation: Lightweight panels, control surfaces, and structural reinforcement for aircraft.
2. Automotive & Motorsports: Hoods, spoilers, body panels, chassis reinforcement, and interior trims.
3. Sports & Leisure: Bicycle frames, fishing rods, racquets, skis, and drones.
4. Industrial & Robotics: Machine parts, conveyor components, tooling, and protective casings.
5. Marine: Boat hulls, decks, and lightweight structural elements.
6. DIY & Custom Projects: Custom models, 3D printing reinforcement, and hobbyist applications.

Advantages

• Extreme strength with minimal weight
• Superior stiffness and rigidity
• Excellent thermal, chemical, and environmental resistance
• High fatigue and impact resistance
• Versatile for structural and decorative applications

Single-Sided Carbon Fiber Plate Specification:

What Are Carbon Fiber Sheets?

Carbon fiber sheets or composites are carbon fiber fabric infused with epoxy resins and then cured to become rigid. Sheets consist of multiple pieces of fabric and come in different sizes, thicknesses, and weaves. Sheets are flat, so they are typically useful on flat surfaces. The thicker the sheet is, the more rigid it becomes.

Each type of weave has distinct properties, uses, and appearance. Some weaves are stable but less pliable. Others are elegant but not strong.

Why Choose LIJIN?

With a deep legacy in composite manufacturing, LIJIN stands out as a trusted carbon fiber sheet manufacturer for industrial clients across India. Our solutions offer:

• Consistent Quality Control: Each sheet undergoes strict tolerance checks for thickness, flatness, and resin infusion.
• Advanced Machining Capabilities: CNC cutting and lamination services to meet complex geometries.
• Material Expertise: We help you choose the right combination of resin system, fiber orientation, and surface finish.

We also offer technical consulting to help businesses match the right material with their end-use application—whether it’s lightweight robotics or heavy-duty molds.