500mm 19.6 Inches 28mm X 30mm X 500mm 100% Pure Tube With Carbon Fiber

Product Description

500mm (19.6 inches) 28mm x 30mm x 500mm 100% Pure Tube with Carbon Fiber

As we all know, carbon fiber has some very unique and valuable qualities. If used the right way, carbon fiber can reduce the weight and thickness of components. At the same time, it boosts stability and structural strength.

LIJIN carbon fiber tubes contain 100% carbon fiber imported from Japan. The surface is plain weave, glossy surface/ twill weave, matte finish without any glass fiber contents. High stiffness, high tensile strength, low weight, high chemical resistance, high temperature tolerance, and low thermal expansion are also proof of LIJIN carbon fiber tubes. In the past few years, our carbon fiber tubes have been trusted and supported by many customers.

Carbon fiber tube is a tubular structure made of carbon fiber composite material pre-impregnated with styrene-based polyester resin and then heated, cured, and pultruded (wrapped). It has many excellent properties, including high strength, low density, lightweight, corrosion resistance, fatigue resistance, dimensional stability, electrical conductivity, thermal conductivity, small thermal expansion coefficient, self-lubrication energy absorption, and shock resistance. The following are some application scenarios for carbon fiber tubes:

1. Aerospace

- In aircraft manufacturing, carbon fiber tubes can be used in aircraft wings, fuselage structural parts, landing gear, and other parts, which can reduce the weight of the aircraft, improve fuel efficiency, increase flight mileage and load capacity, and at the same time enhance the structural strength and fatigue resistance of the aircraft and improve flight safety.

- In terms of spacecraft, it can be used for satellite structures, solar panel brackets, antennas, and other components. The high stability and low expansion coefficient of carbon fiber tubes can ensure that spacecraft maintain good performance in extreme space environments.

2. Sports and Leisure Field

- Golf clubs: Golf clubs made of carbon fiber tubes are light in weight, which can reduce the physical exertion of athletes, and have better elasticity and toughness, making the power and accuracy of hitting the ball higher, while the vibration is smaller, which improves the comfort of users.

- Bicycles: Bicycle frames made of carbon fiber tubes are light in weight and high in strength, with beautiful appearance and modern technology, suitable for outdoor sports, and can meet the riders' requirements for speed and controllability.

- Other sports equipment: Carbon fiber tubes are also widely used in sports equipment such as fishing rods, tennis rackets, badminton rackets, and ice hockey sticks, which not only reduce the weight of the equipment but also improve the performance and service life of the equipment.

3. Industrial Equipment Field

- Robotic arms: The robotic arms of industrial robots, medical robots, etc. can be made of carbon fiber tubes. Their lightweight can make the robotic arms more flexible, with small inertia and higher working accuracy; and carbon fiber composite materials have small creep and excellent fatigue resistance, and can operate for a long time without deformation.

- Roller: In printing, papermaking, plastics, textiles, film, lithium battery pole piece winding machines, and other industries, carbon fiber tubes can be used as carbon fiber rollers for roller bodies. Compared with shaft products made of aluminum alloy materials, carbon fiber rollers can reduce inertia, speed up the start and stop of the machine, increase the speed of the roller, effectively improve production efficiency and product quality, and effectively reduce energy consumption.

- Inspection tools: Tubular carbon fiber parts are used in automobile inspection tools such as automobile inspection tool skeletons, carbon fiber prepreg coated with foam plastics, and all-carbon fiber integrated inspection tools. The precision of carbon fiber inspection tools is stable, and their deformation is much lower than that of aluminum inspection tools of the same type.

- Bracket body: Equipment such as cameras and surveying instruments require a stable and lightweight bracket body, and carbon fiber composite tubes are ideal manufacturing materials. Portable stretchers also use this type of carbon fiber tube as a stretcher body, which is easy to carry and has a large load capacity.

4. Military Industry

- Structural components of weapons and equipment such as missiles and rockets can use carbon fiber tubes, which can reduce the weight of weapons and equipment and improve their mobility and range. For example, the United States Pegasus, Delta launch vehicles, Trident II (D5), and Midget missiles all use carbon fiber composite materials.

- Carbon fiber tubes are also used in the fuselage structure, wings, tail fins, and other parts of military aircraft to improve the performance and stealth capabilities of the aircraft.

- Personal protective equipment, such as helmets and bulletproof vests, can use carbon fiber tubes to enhance protective performance while reducing weight, improving soldiers' mobility and combat effectiveness.

5. Medical Device Field

- Wheelchairs: Carbon fiber tubes are used in the production of wheelchairs, which can not only reduce weight and facilitate the use of patients with limited mobility, but also have higher strength than metal materials, can fully support the weight of patients, and ensure the safety and reliability of wheelchairs.

- Stretchers: Folding stretchers use carbon fiber tubes, which can make it easier for medical staff to fold and carry, especially in emergency rescue and transportation in narrow spaces.

6. Other Fields

- Construction field: It can be used for the reinforcement and repair of building structures, such as reinforced concrete beams, columns, and other structural components, which can improve the bearing capacity and seismic performance of the structure.

- New energy field: In the manufacture of wind power blades, carbon fiber tubes can be used as reinforcing materials to improve the strength and rigidity of the blades, enabling them to withstand greater wind forces; in solar power generation equipment, they can be used for components such as support structures and tracking systems.