All-resin carbon strip is a special composite material, mainly composed of resin and carbon fiber. The following is a detailed introduction to the all-resin carbon strip:
Composition and structure:
In the production process, the resin is used as the main reinforcement material, and the carbon fiber is wrapped around the resin to make a ribbon material.
Resin commonly used materials include epoxy resin, polyester resin, phenolic resin and so on.
Features and performance:
The surface of the all-resin carbon strip is smooth.
It has good electrical and thermal properties.
Due to its high resin content (usually more than 50%), it shows excellent corrosion resistance and can be used in corrosive environments such as strong acids and alkalis.
At the same time, the all-resin carbon strip also has excellent mechanical strength, stiffness and durability, and can withstand extreme conditions such as high temperature and pressure.
Application field:
Because of its high performance, all-resin carbon tape is widely used in high-demand fields, such as electromagnetic shielding, optical fiber fixation, rocket launch and other aerospace fields.
In the automotive sector, resin carbon strips can enhance the rigidity and durability of automotive structures.
In addition, it is also used in the field of electronics, such as electromagnetic shielding, semiconductor manufacturing and integrated circuit packaging.
Note:
The whole resin carbon strip is brittle and prone to cracking during processing, so special attention should be paid to the processing technology and conditions.
Due to the high cost of resin, the price of all-resin carbon strips is also relatively high.
In summary, all-resin carbon strip is a high-performance composite material, composed of high content of resin and carbon fiber, suitable for a variety of demanding application scenarios, but the price is high and the processing needs to pay attention to its brittleness problem.