Round Pull Braided Carbon Fiber Tube 1 Mm Thickness 1000 Mm Length

Product Description

Round Pull Braided Carbon Fiber Tube, ext. ∅ 25 mm, int. ∅ 23 mm, 1 mm thickness (1000 mm length)
 
Round carbon fiber tubes are manufactured by using the pultrusion technique in which the high-performance carbon fibers are all orientated parallel to the longitudinal axis (unidirectional) and internally reinforced with more unidirectional carbon fibers laminated by using pull winding technology to achieve greater resistance to bending and torsion.
 
These tubes are comprised of carbon fiber braid and unidirectional fabrics. This product is ideal for building lightweight frames and structures such as trusses. Our carbon fiber tubes have been engineered to be much stronger under torsional and side loading than pultruded tubing. They're also significantly lighter than pultruded tubing. Our carbon fiber large tubes have been designed so that the unidirectional layers are captured, eliminating longitudinal cracking and splitting. The finish on this product is different from our other product lines. These tubes show the texture of the carbon fiber braid with a wet and shiny appearance. For tubes with higher bending stiffness, see our carbon fiber roll-wrapped tubing.
 
In the pull winding process, the fibers are impregnated with a thermoset resin (normally epoxy) and pulled through a heated mold where curing takes place. This process enables accurate control of the crosswise and longitudinal fibers and thus properties of the final product by adjusting the amount of lengthwise and crosswise fibers. The products are cut to length at the end of a production line.
 
During this process, the reinforcing fibres are wound onto the UD yarns by rotating winding equipment. Winding the fibres on twice in this way provides greater bending and torsional strength than in the case of pultruded or extruded tubes.
 
Some application ideas: Support structures, robot arms, bicycle parts, mass critical machinery items such as textile machine parts, telescopic poles, camera tripods, tool handles, kite tubes, microphone booms, Hi-Fi music stands, defence applications and many more.
 

 
FAQ
Q: Are you a manufacturer?
A: Yes, we are a manufacturer, welcome to visit our factory!
Q: Can I have a sample order?
A: Yes, we welcome sample orders to test and check quality. Mixed samples are acceptable too.
Q: What is the lead time?
A: Standard size Sample needs 5 days, mass production needs 15-30 days, according to the quantity
Q: Do you offer OEM service?
A: We accept OEM orders for all our production lines, including the client's logos and labels. After many years of exploration and development, we are sure we can meet all your requirements.
Q: How long can I get a response after I send an inquiry?
A: We will reply to each inquiry within 12 hours.
Q: Your quotation does NOT meet my target price
A: We can propose materials, accessories, or design alternatives to lower the price of your project
Q: What is carbon fiber used for?
A: Carbon fiber -- sometimes known as graphite fiber -- is a strong, stiff, lightweight material that has the potential to replace steel and is popularly used in specialized, high-performance products like aircraft, race cars and sporting equipment.
Q: Is carbon fiber stronger than steel
A: Carbon fibers are classified by the tensile modulus of the fiber. ... Thus, the strongest carbon fibers are ten times stronger than steel and eight times that of aluminum, not to mention much lighter than both materials, 5 and 1.5 times respectively.
Q: Why is carbon fiber so expensive?
A: Another carbon fiber cost factor is energy. ... It takes a lot of energy to reinforce each fiber with carbon atoms. Energy, is also required to bundle the carbon together into fibers and threads. Energy costs are probably the most expensive factor in carbon fiber manufacturing.
Q: What are the advantages and disadvantages of carbon fiber?
A: Carbon fiber reinforced polymer (CFRP) materials possess good rigidity, high strength, low density, corrosion resistance, vibration resistance, high ultimate strain, high fatigue resistance & low thermal conductivity. They are bad conductors of electricity and are not magnetic.
Q: Is carbon fiber resistant to water?
A: The carbon fiber in the composite does not absorb water from the environment, and its resistance remained unchanged when immersed in water.
Q: Is carbon fiber the future?
A: The future of carbon fiber is undoubtedly on a positive course. However, the speed at which carbon fiber integrates into larger commercial markets and more and more common applications is largely dependent on the capabilities of existing carbon fiber manufacturers.