Product Introduction
Product Parameters
|
Product Parameters |
Detailed information |
|
Pseudolaric acid |
Carbon Fiber Sports Equipment Tubes |
|
material (that sth is made of) |
High quality carbon fiber composites |
|
lengths |
Customizable (e.g. 1-6 m) |
|
external diameter (including thickness of the wall) |
Optional range: 6-50 mm |
|
inside diameter |
Available range: 4-48 mm |
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wall thickness |
Customized to pipe diameter and strength requirements |
|
weights |
Lighter than traditional materials, depending on size |
|
tensile strength |
High, depending on product specifications |
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compressive strength |
Excellent for a variety of high-intensity applications |
|
corrosion resistance |
Highly resistant to most chemicals |
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service life |
Long-lasting, depending on the environment and conditions of use |
Please note that the above parameters are examples and actual product parameters may vary depending on customer requirements and customization.
Product Features
High Specific Strength
The density of carbon fiber tubes is about 1.65 g/cm3, and the tensile strength can reach 3500 MPa, which is much higher than that of aluminum alloys and steel. This means that it can reduce the weight of the structure while ensuring sufficient strength, which is beneficial for athletes to increase their speed.
Strong Corrosion Resistance
Carbon fiber tubes for sports equipment are made of epoxy resin and carbon fiber. These two materials have strong chemical stability and are not easy to react with air, moisture, acid and alkali substances. Rust spots will not appear even after more than 10 years of outdoor use.
Strong Vibration Absorption Capacity
Carbon fiber is composed of fiber and resin. The resin helps absorb vibrations and provides a cushioning effect. Its vibration damping efficiency exceeds 70%, which is much better than metal tubes. When used in sports equipment like bicycles or ski poles, it can help reduce wrist fatigue for athletes.
Production Process
Carbon fiber sports equipment tube production process mainly includes coil forming, molding and pultrusion molding. The three processes have their own advantages and disadvantages, the choice of which process mainly depends on the specific needs of the product and production scale.
Coil forming involves rolling layers of carbon fiber prepreg onto a metal mandrel and curing the mold by hot pressing. This method produces carbon fiber tubes with precise dimensions and good surface quality, making them suitable for the manufacture of sports equipment requiring high bending stiffness and lightweight applications, such as golf clubs and tennis rackets.
Molding is to lay the carbon fiber prepreg at a certain angle and then put it into the mold under pressure and heat curing molding. The carbon fiber tubes produced by this method are dimensionally stable and have excellent mechanical properties, and are widely used in sports equipment with high strength requirements, such as ski poles and hiking poles.
Pultrusion molding, on the other hand, is the carbon fiber prepreg through the external pulling dip, extrusion through the heated mold molding, curing to form carbon fiber tube. This process has high production efficiency and high strength, and is suitable for mass production of carbon fiber composite products with fixed cross-section shape, such as bicycle frames and treadmill supports.
Product Support
Carbon fiber sports equipment tubes have passed a number of quality certifications and tests, including tensile strength tests, corrosion resistance tests, and fatigue resistance tests.
Caring Service and After-Sales Service
In the production process of carbon fiber sports equipment tubes, we always adhere to the customer-centered service concept, to provide a full range of attentive service.
We have a professional product consulting team, ready to answer customer questions about carbon fiber sports equipment tube, from product performance, application scenarios to price advice, we can give detailed answers to help customers make the most suitable choice.
At the same time, we have a strong technical support team to provide customers with a full range of technical support from product design, material selection to production processes. Whether it is technical guidance during product use or solutions to specific customer needs, we can provide professional assistance.
In addition, we offer custom design services to tailor the size, shape and performance of our carbon fiber sports equipment tubes according to the specific needs of our customers and the characteristics of their sports, ensuring that each product meets their unique needs and helps them perform better on the field of play.
FAQ
Q: What treatments can be done on the surface of carbon fiber tubes for sports equipment?
A: Carbon fiber tubes can be treated with a variety of surface treatments such as gloss, matte, frosted, 3K/UD woven textures, etc., and can also be sprayed with colors or silk-screened with LOGO to meet the appearance requirements of different brands.
Q: Does it support customization of different specifications and shapes?
A: Yes. The length, diameter, wall thickness, and even special-shaped structures (such as elliptical tubes, square tubes, curved tubes, etc.) can be customized according to customer requirements to adapt to different sports equipment designs.
Q: Has the product passed relevant testing and certification?
A: Most carbon fiber tubes can provide environmental certification reports such as ROHS and REACH, and mechanical properties can also provide third-party tensile/compression/bending test reports, which makes procurement more secure.
Q: How long is the delivery cycle for large-volume purchases?
A: The delivery period for conventional specifications is 7-15 working days. Customized specifications need to confirm the specific time according to the complexity and quantity of the drawings. We have the ability to produce more than 10,000 pieces per month, which can ensure stable supply.
Q: Do you provide samples? How long can the samples be sent?
A: Provide sample service. Conventional samples can be sent out within 3 days, and customized samples can be completed in about 5-7 days, which can be used for preliminary evaluation of structure and performance.
Q: How to connect or assemble?
A: Carbon fiber tubes can be installed in a variety of ways, such as metal joints, threaded plugs, glue bonding, rivets or screws, to meet the structural requirements of different products.
Q: Is it easy to process or punch holes?
A: Carbon fiber tubes can be cut and drilled with special tools, but the speed needs to be controlled to avoid delamination or edge bursting. If necessary, we can be entrusted to complete the finishing service.
Company Update
As a high-tech enterprise focusing on the research, development, production and sales of carbon fiber composite materials, we are constantly launching new products and solutions to meet the needs of the sports equipment field. Meanwhile, we also actively participate in various industry exhibitions and technical exchange activities to discuss the development trend and future direction of carbon fiber composites with industry colleagues.
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