XYH 3K 100% Carbon Fiber Plate is made of 100% 3K carbon fiber + resin matrix, with 2-100mm thickness (customizable), glossy/matte/50% glossy-matte finishes, and support for custom dimensions. It offers 7-10x steel tensile strength, -100℃ to 150℃ resistance, and 1/4 steel density, ideal for Carbon Fiber Drone Frames, industrial reinforcement, and precision components.

Product Overview

Our 3K 100% Carbon Fiber Plate is a premium full-carbon material engineered for high-performance needs. Crafted from 100% 3K carbon fiber (distinctive weave) and high-grade resin, it balances exceptional strength with lightweight design—critical for manufacturing carbon fiber drone bodies (reducing fuselage weight) and carbon fiber fpv frames (enhancing flight agility). As a core component, it supports custom sizing via Carbon Fiber Cnc Cutting, making it suitable for drone manufacturers, industrial reinforcers, and DIY carbon fiber drone kit builders.

Technical Specifications

Brand: XYH

Origin: China

Material: 100% 3K carbon fiber reinforcement + high-modulus resin matrix

Type: Carbon Fiber Plate (Insulation Sheet variant available)

Thickness: 2-100mm (custom thin options on request)

Standard Sizes: 500×500mm, 1000×1800mm (custom dimensions per request)

Surface Finish: Glossy, Matte, 50% Glossy-Matte

Color: Black (3K weave pattern visible; custom colors available)

Density: 1.6g/cm³ (1/4 of steel, 2/3 of aluminum)

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

Working Temperature: -100℃ to 150℃ (stable without deformation)

Thermal Expansion Coefficient: Near-zero

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

Volatility: None

Product Features

100% 3K Carbon Construction: Full 3K carbon fiber ensures uniform strength—50% stronger than mixed-fiber plates, perfect for carbon fiber Racing Drone frames needing high impact resistance.

Dual Performance: 7-10x steel tensile strength + 1/4 steel density cuts weight of carbon fiber drone bodies by 25-30%, extending flight endurance.

Customizable Finishes: Glossy/matte/50% glossy-matte options suit aesthetic and functional needs (e.g., matte for FPV frames to reduce glare).

Extreme Adaptability: -100℃ to 150℃ resistance + corrosion proofing works for polar industrial inspections and coastal drone operations.

Easy Processing: Compatible with carbon fiber CNC cutting for precision parts (e.g., 250mm drone frame arms), reducing post-processing time.

How to Use the Plate

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

Surface Prep: Clean the plate to remove dust; for bonding to other parts (e.g., Carbon Fiber Drone Frame brackets), use epoxy adhesives for strong adhesion.

Molding (if needed): Heat-form thick plates into curved structures (e.g., drone fuselage sections) using specialized tools, maintaining 3K carbon integrity.

Finishing: Sand edges for smoothness; for outdoor use (e.g., Racing Drone frames), apply UV-protective coating to preserve finish and strength.

Application Scenarios

Drone Manufacturing: Making carbon fiber drone frames, carbon fiber drone bodies, and carbon fiber fpv frames—ideal for 5 Inch FPV Drone Kits and 250mm drone frames.

Industrial Reinforcement: Strengthening concrete beams, bridge slabs, and tunnels; fits curved structures (e.g., chimneys) with high bonding rate (>90%).

Precision Components: Producing lightweight, high-strength parts for new energy vehicles and smart electronics (leveraging insulation variant).

Hobbyist Projects: Supporting DIY Carbon Fiber Drone Frame Kit builds, with easy cutting for custom racing drone frames.

Value to Buyers

Drone Makers: 25-30% fuselage weight reduction boosts flight endurance by 20-25%; 3K weave ensures crash resistance, lowering replacement costs.

Industrial Users: Near-zero thermal expansion ensures long-term reinforcement stability; corrosion resistance eliminates maintenance (50+ year service life).

Custom Builders: Flexible sizing and finishes fit unique needs (e.g., matte plates for FPV frames), saving time on customization.

Certifications and Compliance

Complies with ISO 9001, CE, and ROHS standards; meets global regulatory requirements for carbon fiber materials in drones, industrial, and electronic applications.

Customization Options

Offers custom thickness (2-100mm+), dimensions (any size per request), surface finishes (glossy/matte mix), and colors. Supports pre-cut shapes via carbon fiber CNC cutting for specific parts (e.g., carbon fiber drone frame components).

Production Process

Plates undergo: 

1) 3K carbon fiber weaving (100% full-carbon); 

2) resin impregnation (high-modulus formula); 

3) vacuum pressing and high-temperature curing; 

4) precision cutting (CNC for custom sizes); 

5) finish treatment (glossy/matte) and quality testing (tensile strength, temperature resistance).

FAQ

Q: Can it be used for heavy-load drone payloads?

A: Yes—10mm+ thickness supports up to 7kg payloads, ideal for aerial photography drone bodies with gimbals.

Q: How does it compare to aluminum plates for drones?

A: 30% lighter, 5x stronger, and no thermal expansion—avoids drone component misalignment in temperature changes.

Q: Is custom color available for branding?

A: Yes, we offer custom colors (e.g., gray, white) while preserving 3K weave visibility, suitable for branded drone frames.

Q: What’s the minimum order for custom sizes?

A: No minimum for sample orders; bulk orders enjoy preferential pricing for custom dimensions.

Q: How to maintain the plate’s corrosion resistance?

A: No special maintenance needed—wipe with mild detergent after use in harsh environments (e.g., coastal areas) to remove salt residue.