a-Shaped Hole Carbon Fiber Structural Component

Overview & Basic Information

Product Diameter

30-1000mm or Customized

Advantage

Good-Resilience, High Strength

Surface

Glossy/Matte, Plain/Twill

Material

Carbon Fiber and Resin

Capacity

100,000 Units/Year

Origin

China

HS Code

6815993999

Package Size

10.00cm * 10.00cm * 10.00cm

Product Description

Carbon Fiber Tubes represent a pinnacle of advanced material engineering, boasting an exceptional strength-to-weight ratio that outperforms traditional metals like steel and aluminum. Constructed from high-tensile carbon fibers embedded in a durable polymer matrix, these tubes offer remarkable structural integrity while remaining significantly lighter.

The versatility of carbon fiber tubes makes them indispensable across a diverse range of industries. In aerospace and aviation, they are utilized in structural components, antenna masts, and UAV frames. The automotive sector leverages their lightweight properties for drive shafts and suspension parts, improving speed and energy efficiency.

Technical Specifications

Features: Light weight; High strength; High modulus; Fatigue resistance; Corrosion resistance; High Electric Conductivity.

Applications: Aerospace, Construction, Wind power, Marine, Automobile decoration, Sports equipment, Medical equipment.

Advanced Manufacturing & Service

As a high-tech enterprise specializing in R&D, manufacturing, and sales of composite materials and high-pressure gas cylinders, we provide professional solutions globally.

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Composite Material Products: Carbon fiber tubes, rollers, drive shafts, and sports equipment. (30-50% lighter than metal).

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High-Pressure Gas Cylinders: Seamless aluminum alloy cylinders with ISO, PED, and DOT certifications.

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Core Technologies: Mastery of Filament Winding, RTM (Resin Transfer Molding), and Cold Pressing.

Quality Assurance

Frequently Asked Questions

Q1: What are the core advantages of carbon fiber composites compared to traditional metals?

A1: Carbon fiber composites offer a 30%-50% weight reduction while maintaining high strength and stiffness. They are corrosion-resistant, requiring no additional surface treatment, and provide excellent design flexibility for anisotropic optimization.

Q2: How do Filament Winding parameters affect product performance?

A2: Key parameters like tension control, winding angle, and resin content are critical. Proper tension ensures density, the winding angle determines mechanical properties, and resin content affects final strength and porosity.

Q3: What are the best scenarios for Resin Transfer Molding (RTM)?

A3: RTM is ideal for complex structural components requiring high surface quality and dimensional accuracy. It is widely used in automotive parts and wind turbine blades for medium to large batch production.

Q4: Which industries primarily benefit from using carbon fiber tubes?

A4: Major beneficiaries include aerospace (UAV frames, masts), automotive (drive shafts, suspension), sports (bicycle frames, fishing rods), and medical equipment where high strength and low weight are essential.

Q5: What quality standards do your high-pressure gas cylinders meet?

A5: Our products are manufactured under strict ISO 9001 systems and carry international certifications including ISO, PED, and DOT for global compliance and safety.

Q6: Can the dimensions of the carbon fiber products be customized?

A6: Yes, we offer full customization for length, diameter, and wall thickness to meet specific project requirements and engineering standards.