XYH Carbon Fiber Sheet is a premium material combining carbon fiber reinforcement and resin matrix, offering exceptional lightweight strength (1/4 the density of steel, 7-10x tensile strength). Available in 500x500/1000x1800mm, 0.5-100mm thickness, it resists corrosion, extreme temperatures (-100℃ to 150℃), and suits drone manufacturing (Carbon Fiber Drone Frames) and industrial reinforcement.

Product Overview

Our Carbon Fiber Sheet is engineered for high-performance applications, from drone production to structural reinforcement. As a core material in Carbon Fiber Drone Frame kits, it balances light weight and rigidity—critical for optimizing drone agility and durability. Made via advanced composite processes, this Fiber Carbon Sheet delivers consistent quality, meeting demands of both drone manufacturers and industrial engineers seeking reliable, long-lasting materials.

Technical Specifications

Material Composition: Carbon fiber reinforcement + resin matrix

Size Options: 500×500mm, 1000×1800mm

Color: Black

Thickness Range: 0.5mm to 100mm (customizable)

Density: ~1.6g/cm³ (1/4 of steel)

Tensile Strength: 3000-4000MPa (7-10x that of steel)

Temperature Resistance: -100℃ to 150℃

Thermal Expansion Coefficient: Near-zero (high dimensional stability)

Corrosion Resistance: Resistant to acid, alkali, salt, and atmospheric corrosion

Product Features

Lightweight & High Strength: With 1/4 the density of steel but 7-10x the tensile strength, it’s ideal for reducing weight in carbon fiber drone frames without sacrificing durability.

Extreme Environmental Resistance: Withstands -100℃ to 150℃ temperatures and resists corrosion, making it suitable for harsh industrial and outdoor drone operations.

Dimensional Stability: Near-zero thermal expansion ensures consistent performance in temperature fluctuations—vital for precision drone components.

Versatile Formability: Compatible with Carbon Fiber Cnc Cutting for custom shapes, enabling intricate designs for drone bodies and industrial parts.

Longevity: Fatigue and pressure resistance minimize replacement needs, lowering long-term costs for both drone manufacturers and industrial users.

How to Use the Carbon Fiber Sheet

Custom Cutting: Use carbon fiber CNC cutting to shape sheets into desired dimensions (e.g., drone frame parts, reinforcement panels) based on design specs.

Surface Preparation: Clean sheets to remove dust before bonding or assembly, ensuring strong adhesion with resins or fasteners.

Assembly: Integrate cut pieces into drone structures (e.g., carbon fiber drone frame arms) or industrial components, using compatible adhesives for secure bonding.

Finishing: Sand edges for smoothness, especially critical for drone parts to reduce air resistance during flight.

Application Scenarios

Drone Manufacturing: Producing carbon fiber drone frames, drone bodies (cross-country, aerial photography drones), and high-strength components for FPV/Racing Drones.

Industrial Reinforcement: Strengthening concrete beams, bridge slabs, walls, piers, tunnels, and pools—enhancing structural integrity without adding excess weight.

Custom Projects: DIY Carbon Fiber Drone Frame Kits and specialized industrial parts requiring high strength-to-weight ratios.

Value to Buyers

Drone Manufacturers: Reduces drone weight to improve flight efficiency and payload capacity; enhances durability to lower warranty claims.

Industrial Users: Cuts installation time vs. steel reinforcement; resists corrosion to eliminate maintenance costs in harsh environments.

Custom Builders: Enables precise, lightweight designs via CNC cutting, supporting innovation in drone and industrial applications.

Certifications and Compliance

Complies with ISO 9001, CE, and ROHS standards, ensuring material safety, consistency, and compatibility with global manufacturing regulations.

Customization Options

Offers custom sizes beyond standard dimensions, 3k Carbon Fiber Sheet variants, and thickness adjustments (0.5-100mm). Supports pre-cut shapes for specific drone frame or industrial needs.

Production Process

Sheets are crafted via carbon fiber weaving, resin impregnation, and high-pressure curing. Each batch undergoes tensile, temperature, and corrosion testing. Advanced carbon fiber CNC cutting ensures precision for custom orders.

FAQ

Q: What thickness is best for drone frames?

A: 1-3mm sheets balance weight and strength, ideal for carbon fiber drone frame arms and bodies.

Q: Can it be bent into curved shapes?

A: Yes, with heat treatment during manufacturing—suitable for aerodynamic drone components.

Q: What’s the lead time for custom sizes?

A: 5-7 business days for standard customizations; bulk orders may vary.

Q: Is it compatible with standard adhesives?

A: Yes, works with epoxy resins and industrial adhesives commonly used in drone assembly.

Q: Does it conduct electricity?

A: It has moderate electrical conductivity, making it suitable for drone frames with proper insulation.