High Stiffness Lightweight 3K Carbon Fiber Pole - OEM 3K Carbon Fiber Pole Manufacturer CFRP Composite Rod

Description de produit

High Stiffness Lightweight 3K Carbon Fiber Pole - OEM 3K Carbon Fiber Pole Manufacturer CFRP Composite Rod

High-quality carbon fiber tubes made from Carbon Fiber Reinforced Polymer (CFRP), offering excellent strength, rigidity, and lightweight performance. Suitable for industrial, structural, and decorative applications. Available in round or square shapes, with matte or glossy surface finishes. Custom cutting and sizing services are also available upon request.

Parameter

• Weave: Plain Weave / Twill Weave / Unidirectional (UD)
• Function: Structural / Mechanical / Decorative
• Material: Carbon Fiber Reinforced Polymer (CFRP)
• Color: Black as standard, custom colors available upon request
• Fiber Grade: T300 / T700 / T800 / M30 / M40 / 60T / 65T / etc.
• Filament Number: 3K / 6K / 12K / etc.
• Lay-up Design: Unidirectional, ±45° cross-ply, quasi-isotropic, multidirectional, customizable.
• Resin System: Epoxy / Phenolic / High-temp resin (PEEK, BMI)

Performance & Features

• Optimized fiber orientation for superior axial and torsional strength
• High strength-to-weight ratio; durable and fatigue-resistant
• Lightweight yet capable of supporting heavy loads
• Matte or glossy surface, wear and corrosion-resistant
• Excellent dimensional stability

Standard Sizes

• Round Tubes: OD 3–800 mm, Wall Thickness 0.5–100 mm, Length 300–8000 mm
• Square Tubes: Side 10–800 mm, Wall Thickness 0.5–100 mm, Length 300–8000 mm
• Other sizes available upon request

Applications

• Structural frames and supports in industrial machinery
• Lightweight yet strong components for aerospace and automotive
• Core parts in drones, robotics, and sports equipment
• Decorative structural elements requiring high strength

Custom Services

• Precision cutting and sizing
• Drilling, punching, end finishing, or other machining
• Surface finish options: matte or glossy
• Tailored solutions for structural or aesthetic requirements