340mm Carbon Fiber Twill Tube – Ultra Light & High Strength, Ideal for UAVs, Industry and High-End EquipmentTired of heavy, corrosion-prone metal tubes that hinder your project performance? Our 27mm inner diameter (ID), 30mm outer diameter (OD), 340mm length carbon fiber twill tube is exactly the pe
Looking for a High-Strength, Lightweight Tube? Try Our 27mm ID 30mm OD Carbon Fiber Twill Tube! Tired of heavy, corrosion-prone metal tubes hindering your project performance? Our 27mm inner diameter (ID), 30mm outer diameter (OD), 340mm length carbon fiber twill tube is exactly the performance game
We offer special pre-impregnated fabrics for wind power and composite components for energy storage equipment, assisting in the forming of wind turbine blades and the manufacturing of structural parts for energy storage tanks, with a balance of lightweight and high strength features.
We supply high-voltage resistant insulating composite pipes and power equipment structural components, which are suitable for transmission line supports, insulating parts of substations, and cable protection pipes. They have the advantages of high temperature resistance, anti-aging, and anti-corrosi
Core products include high-temperature epoxy, double horse resin, high-end pre-impregnated fabric, spacecraft structural components, and engine parts, which can withstand extreme high temperatures and mechanical environments.
We offer pre-impregnated fabrics and composite material sports accessories specifically for sports equipment, which are suitable for trekking poles, skis, bicycle frames, racket frames, etc. This not only reduces the weight of the equipment but also enhances its durability and sports performance.
The core consists of medical-grade composite pipes, frames and equipment shells, which are applied in wheelchairs, prosthetic limbs, hospital bed support structures and the shells of testing equipment. With the characteristics of lightweight and high strength, it not only ensures the stability and d
The core is lightweight pre-impregnated fabric products, which are used in the structural components of high-speed rail and metro vehicles. They can reduce the overall vehicle weight, improve energy consumption efficiency and operational safety.