XYH Golf Club Material Carbon Fiber Plate blends carbon fiber reinforcement and resin matrix, offering 1/4 steel density & 7-10x tensile strength. Available in 500x500/1000x1800mm, 0.5-100mm thickness, it resists -100℃ to 150℃, ideal for high-performance golf club heads and shafts.

Product Overview

Our Golf Club Material Carbon Fiber Plate is a premium composite material engineered for golf equipment manufacturing. Crafted from high-grade Carbon Fiber Sheet, it delivers an unbeatable balance of light weight and rigidity—critical for optimizing golf club swing speed and control. Unlike traditional metal materials, this carbon fiber plate minimizes club weight while enhancing impact resistance, making it a top choice for golf gear brands. It also aligns with our expertise in carbon fiber solutions, complementing our Carbon Fiber Drone Frame and Carbon Fiber Board product lines.

Technical Specifications

Composition: Carbon fiber reinforcement + high-performance resin matrix

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

Color: Black (matte finish for golf club aesthetics)

Thickness: 0.5mm to 100mm (tailored for club heads/shafts)

Density: ~1.6g/cm³ (1/4 of steel)

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

Temperature Resistance: -100℃ to 150℃ (withstands manufacturing and outdoor use)

Corrosion Resistance: Resists moisture, sweat, and environmental wear

Thermal Expansion: Near-zero coefficient (maintains shape for consistent performance)

Product Features

Swing Optimization: Ultra-lightweight (1/4 steel density) reduces club weight, boosting swing speed and distance for golfers.

High Impact Strength: 7-10x tensile strength of steel withstands repeated club-ball impacts, extending club lifespan.

Environmental Durability: Resists moisture, sweat, and temperature changes (-100℃ to 150℃), suitable for all climates.

Precision Formability: Compatible with Carbon Fiber Cnc Cutting for intricate club head/shaft shapes, ensuring optimal aerodynamics.

Dimensional Stability: Near-zero thermal expansion prevents warping, maintaining consistent club performance over time.

How to Use for Golf Clubs

Design & Cutting: Use carbon fiber CNC cutting to shape the plate into golf club head shells or shaft blanks per design specs.

Molding: Heat-form the plate to curved club head contours (for drivers, irons) using specialized composite molding techniques.

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

Assembly: Bond the carbon fiber plate component to other golf club parts (e.g., shafts to heads) using high-strength adhesives.

Application Scenarios

Golf Club Heads: Drivers, irons, and putters—reducing weight for faster swings while maintaining impact resistance.

Golf Shafts: Lightweight, rigid shafts for improved control and swing consistency.

Custom Golf Gear: High-end, personalized golf clubs for professional players or luxury brands.

Sports Equipment Accessories: Complementary parts for golf bags or training aids requiring lightweight strength.

Value to Buyers

Golf Brands: Enhances club performance (distance, control) to stand out in the market; reduces material costs vs. premium metals.

Manufacturers: Easy formability via carbon fiber CNC cutting speeds up production; durability lowers warranty claims.

Custom Builders: Enables unique club designs, catering to professional golfers’ specific swing needs.

Certifications and Compliance

Meets ISO 9001 quality standards, CE certification, and ROHS compliance, ensuring safety and consistency for global golf equipment markets.

Customization Options

Offers 3k Carbon Fiber Sheet variants, custom sizes beyond standard dimensions, and thickness adjustments (0.5-100mm). Supports pre-cut shapes for specific club components and custom finishes (glossy/matte).

Production Process

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

FAQ

Q: What thickness is best for golf club heads?

A: 2-5mm balances weight and strength, ideal for driver and iron heads.

Q: Can it be painted to match brand colors?

A: Yes, compatible with golf-specific paints for custom branding.

Q: Is it more durable than titanium for clubs?

A: It’s lighter than titanium with similar impact resistance, offering better swing performance.

Q: What’s the lead time for custom golf club cuts?

A: 3-5 business days for small batches; bulk orders vary based on specs.

Q: Does it require special tools for processing?

A: Standard carbon fiber CNC cutting and molding equipment works—no specialized tools needed.