Non-standard customized carbon fiber solid rods , carbon fiber rods , CNC machined carbon fiber parts

Non-standard customized carbon fiber solid rods , carbon fiber rods , CNC machined carbon fiber parts

Performance advantages of carbon fiber

Carbon fiber is usually fused with resin and other matrix materials to form a carbon fiber composite material. Fiber is a new material with excellent mechanical properties. It not only has the inherent characteristics of carbon materials, but also has the soft and processability of textile fibers. It is a new generation of reinforcing fibers.

Carbon fiber is a fibrous carbon material. It is one of the materials with excellent chemical stability. Except for some special substances such as strong oxidizing acid, carbon fiber is chemically inert under normal temperature and pressure and effectively resists corrosion of chemical media. , Extend the service life of carbon fiber products. Carbon fiber needs to go through graphitization and carbonization processes in the production process, so the working temperature of carbon fiber material itself can reach 2000℃, but in the actual application process, carbon fiber is mostly fused with resin to form carbon fiber composite materials. The high temperature resistance of carbon fiber composite materials The performance depends on the resin matrix. The performance of different resin systems varies greatly, and the effects of curing at room temperature and curing at high temperature on the performance of resins are not completely the same. Generally speaking, high-temperature curing epoxy resin systems have better high-temperature resistance, and the use temperature will not exceed 180°C (impression flow is limited to several epoxy resin formulations that are usually exposed to).

Carbon fiber is the leader of "weight-reducing materials", with a density of only 1.7g/cm3. Compared with aluminum alloy structural parts, carbon fiber can reduce weight by 20%-30%. Compared with steel metal parts, it can reduce the weight. The weight effect can reach 50%-60%, while the weight is reduced, its mechanical properties are also very prominent. The tensile strength, bending strength, and shear strength are better than most structural materials, and it truly achieves the effect of light weight and high strength.