Custom Glossy Matte 90 Degree Carbon Fiber L Angle Profile

Carbon fiber L-shaped square tube is an L-shaped cross-section square tube made of carbon fiber material. The shape of this type of pipe is L-shaped, where the plates intersect to form a right angle. Carbon fiber is composed of fibrous carbon elements, which have excellent strength and lightweight properties.
In terms of manufacturing process, carbon fiber L angle strip tubes are usually molded, extruded, or wrapped, combined with resin materials for curing, to form sturdy and lightweight pipes. Due to its unique geometric shape and material properties, carbon fiber L angle strip tubes can provide support and connection functions in structural design, making them suitable for various industries.

Min.Order: 20 pieces
Material: Carbon fiber
Color: Black
Working Temperature: Max 150 degree
Payment Type: T/T,Paypal,Credit card,L/C,Western Union
Transportation: Ocean,Land,Air,Express
Port: Shanghai,Guangdong,Qingdao

product details

Product Feature

Carbon fiber tubes have gradually replaced metal pipes in many fields due to their lightweight, high strength, impact resistance, corrosion resistance, and high stability.

Lightweight: The density of carbon fiber L angle strip is relatively low, which can effectively reduce the overall weight of the structure and is suitable for occasions that require lightweight.

High strength: Carbon fiber materials have extremely high strength and can withstand large tensile and compressive forces, making them suitable for load-bearing structures.

Excellent corrosion resistance: Carbon fiber is not easily corroded by chemicals and is suitable for harsh environments.

Product Information
Product	3K carbon fiber profile
Color	Black
Material	Carbon fiber
Size	Customized
Length	1m or Customized
Surface	Crude,Smooth,Polished,High glossy

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Application Field

Carbon fiber tubes have gradually replaced metal pipes in many fields due to their lightweight, high strength, impact resistance, corrosion resistance, and high stability.

● Aerospace: Used for manufacturing structural components, support rods, etc., to help reduce the overall weight of aircraft and spacecraft.

● Automotive industry: applied in high-performance racing cars and electrical vehicles to enhance the power performance and fuel efficiency of vehicles.

● Sports equipment, such as golf clubs, tennis rackets, etc., enhance the performance of sports equipment due to their lightweight and high strength.

● Architecture and bridges: used as reinforcement materials for bridges or to provide additional support in building structures.

● Medical equipment: Used for manufacturing lightweight and high-strength medical devices and instruments.

● Wind power generation: As a blade material for wind turbines, it helps to improve power generation efficiency and durability.