Carbon fiber filled PPS rod

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Min. Order:: 1 Others

Min. Order:: 1 Others

Transportation:: Ocean, Land, Air, Express

Port:: Shenzhen, Guangzhou, Hongkong

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Basic Info

Supply Ability:	1000
Transportation:	Ocean,Land,Air,Express
Port:	Shenzhen,Guangzhou,Hongkong

Product Description

The benefits of adding carbon fiber to PPS mainly include the following aspects:

Mechanical properties enhancement: the addition of carbon fiber significantly improves the mechanical properties of PPS composites. Its tensile strength can reach more than 150-250MPa, and the bending strength can reach about 250-350MPa.

Carbon fiber itself has a very high strength, can effectively bear the external force, thus enhancing the tensile and bending properties of the material

Excellent thermal properties: the heat distortion temperature of carbon fiber reinforced PPS can reach more than 300-320 ℃, in a high temperature environment can still maintain good mechanical properties.

In addition, carbon fiber has a high thermal conductivity, so that the thermal conductivity of carbon fiber reinforced PPS has been significantly improved

Enhanced impact resistance: carbon fibers can effectively absorb and disperse impact energy, so that the impact resistance of carbon fiber reinforced PPS has been enhanced. When impacted by external forces, the carbon fibers inside the material can prevent the expansion of cracks, thus reducing the degree of damage to the material.

Excellent fatigue resistance: the addition of carbon fibers greatly improves the fatigue resistance of PPS. Under cyclic stress, carbon fiber-reinforced PPS is able to withstand a large number of stress cycles without cracking or breaking easily, giving it excellent durability under dynamic loading environments

High chemical stability: Carbon fiber reinforced PPS has good resistance to most chemicals, including strong acids, alkalis and organic solvents. This allows it to maintain good performance in harsh chemical environments.

Wide range of applications: Carbon fiber reinforced PPS is used in a wide range of fields. For example, in the aerospace field, it can be used to manufacture structural components that need to withstand high tensile or bending forces; in the automotive industry, it can be used to manufacture some of the moving parts of the engine or the transmission parts of industrial machinery; in electronic equipment, it can be used to manufacture heat sinks or heat exchanger parts.