XYH Carbon Fiber Plate, composed of carbon fiber reinforcement and resin matrix, is ideal for car rear wing manufacturing. With sizes 500x500/1000x1800mm, 0.5-100mm thickness, it offers 1/4 the density of steel yet 7-10x tensile strength. Resistant to -100℃ to 150℃ temperatures and corrosion, it enhances vehicle aerodynamics and durability.

Product Overview

Our Carbon Fiber Plate is a high-performance material engineered for automotive applications, particularly car rear wings. Combining carbon fiber reinforcement and resin matrix, this Fiber Carbon Sheet delivers an unbeatable balance of light weight and strength—critical for optimizing rear wing efficiency. Whether for racing cars or high-performance vehicles, it ensures superior aerodynamic stability while reducing overall vehicle weight, making it a top choice for automotive manufacturers and custom builders.

Technical Specifications

Composition: Carbon fiber reinforcement + high-grade resin matrix

Sizes: 500×500mm, 1000×1800mm (custom sizes available)

Color: Black (matte or glossy finish options)

Thickness: 0.5mm to 100mm (tailored for rear wing designs)

Density: ~1.6g/cm³ (1/4 of steel)

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

Temperature Resistance: -100℃ to 150℃ (withstands extreme engine and environmental heat)

Corrosion Resistance: Resistant to acid, alkali, salt, and automotive fluids

Thermal Expansion: Near-zero coefficient (maintains shape under temperature changes)

Product Features

Aerodynamic Efficiency: Ultra-lightweight (1/4 steel density) reduces vehicle weight without compromising strength, enhancing fuel efficiency and speed—key for rear wing performance.

High Structural Strength: 7-10x tensile strength of steel ensures rear wings withstand high-speed airflow pressure and impacts.

Extreme Durability: Resists corrosion from rain, road salts, and automotive fluids; handles -100℃ to 150℃ temperatures, ideal for all climates.

Precision Formability: Compatible with Carbon Fiber Cnc Cutting for intricate rear wing shapes, ensuring perfect aerodynamic contours.

Dimensional Stability: Near-zero thermal expansion prevents warping, maintaining rear wing geometry critical for optimal downforce.

How to Use for Car Rear Wings

Design & Cutting: Use carbon fiber CNC cutting to shape the plate into custom rear wing profiles based on aerodynamic designs.

Molding (if needed): Heat-form the plate to curved sections (for aerodynamic curves) using specialized automotive composite techniques.

Finishing: Sand edges for smoothness, then apply protective coating to enhance UV resistance and aesthetics.

Installation: Bond or fasten the finished carbon fiber rear wing to the vehicle frame, ensuring secure attachment for high-speed conditions.

Application Scenarios

Racing Vehicles: Rear wings for Formula, rally, and track cars—maximizing downforce while minimizing weight.

High-Performance Road Cars: Custom rear wings for sports cars, improving stability at high speeds.

Automotive Customization: Aftermarket rear wing manufacturers seeking premium, lightweight materials.

Electric Vehicles: Reducing overall weight to extend battery range while maintaining aerodynamic efficiency.

Value to Buyers

Automotive Manufacturers: Enhances vehicle performance (speed, fuel efficiency) with lightweight, strong rear wings; reduces warranty claims via corrosion resistance.

Custom Builders: Enables intricate, aerodynamic designs via CNC cutting, differentiating products in the market.

Racing Teams: Improves race performance with stable, durable rear wings that withstand extreme conditions.

Certifications and Compliance

Meets ISO 9001 quality standards, CE certification, and ROHS compliance, ensuring compatibility with global automotive manufacturing regulations and safety requirements.

Customization Options

Offers 3k Carbon Fiber Sheet variants, custom sizes beyond standard dimensions, and thickness adjustments (0.5-100mm). Supports pre-cut shapes and glossy/matte finishes tailored to rear wing designs.

Production Process

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

FAQ

Q: What thickness is best for car rear wings?
A: 2-5mm balances weight and rigidity, ideal for most rear wing designs.

Q: Can it be painted or coated?
A: Yes, compatible with automotive paints and protective coatings for custom finishes.

Q: Is it compatible with standard automotive adhesives?
A: Yes, works with epoxy and polyurethane adhesives commonly used in vehicle assembly.

Q: What’s the lead time for custom rear wing cuts?
A: 3-5 business days for small batches; bulk orders vary based on specifications.

Q: How does it compare to aluminum rear wing materials?
A: It’s 30% lighter than aluminum with higher strength, offering better aerodynamic performance.