Anti Ultraviolet Radiation Carbon Fiber Tube Roll Wrapped High Strength

Product Description

High Strength Anti-Ultraviolet Radiation Carbon Fibre Tube Suppliers

Here at LIJIN, we design and manufacture composite tubes from a wide range of materials. As well as a composite of materials specifically designed and engineered to meet the requirements of our customers.

Constructed using a mandrel wrapping technique (also sometimes known as ‘roll wrap’), manufacturing our poles in this way allows for the most accurate placement and alignment of fibres. This allows our engineers to achieve a composite tube that balances the perfect mix of strength, weight, and flexibility for its intended application, whether it’s a carbon tube or carbon fibre tube.

Carbon Tubes made with Roll Wrap Technology

A large percentage of our composite tubes are engineered utilizing what’s known as a ‘male molding process’ often referred to as “roll wrap”. As a carbon tube supplier with over 10 years of composites experience, we have found this method for construction to be the optimal technique for manufacturing thin-walled composite tubing.

This process has been refined and developed over decades of manufacturing high-quality industrial components for the aerospace, defense, motorsport, marine and industrial components sectors all over the world. Roll-wrapped carbon fibre tubes offer optimal performance for a wide range of applications.

FEATURES:

• Made of Carbon Fiber material
• High Strength
• Stable dimension and UV resistant
• High Corrosion Resistance
• High Thermal Conductivity in some forms
• Low coefficient of thermal expansion
• Non-poisonous

Typical Uses

Roll wrapped tubes are better for applications where the tube may be subject to a variety of forces including bend, twist and crush. These light 12mm tubes are suitable for demanding engineering applications including scale aircraft, gliders, helicopter U.A.V.’s, lightweight frames or structures, tubular vessels, poles, column supports or any construction that requires strength, rigidity and lightness yet appearance is also important. They are equally suited to other precision applications like robotics and automation.