LCP Enhancement

characteristic

1. Mechanical properties: The enhanced LCP material has higher tensile strength and flexural modulus, and can withstand greater external forces and loads. In addition, the creep resistance of enhanced LCP materials is significantly improved, and the deformation amount is extremely small under long-term stress, which can maintain good dimensional stability and mechanical properties‌

2. Thermal performance:: Enhance the thermal stability, high temperature resistance and thermal deformation temperature of LCP materials are all improved, which can meet the usage requirements in high temperature environments. ‌

In addition, its thermal expansion coefficient is reduced and its matching ability with metals and other materials is better, which can effectively reduce dimensional changes and stress concentration problems caused by thermal expansion, cooling and contraction.

3. Electrical performance: Enhance the stability of the dielectric properties of LCP materials, and can maintain stable dielectric constant and dielectric loss within a wider temperature and frequency range, ensuring the accuracy and stability of signal transmission. In addition, by adding conductive fillers such as carbon fibers, LCP can be enhanced to obtain certain conductive properties, which are suitable for manufacturing components with antistatic and electromagnetic shielding functions‌

4. Chemical properties: Enhance the chemical corrosion resistance of LCP materials, further enhances, and can resist the corrosion of most acids, alkalis, solvents and greases. Its hygroscopicity is reduced, and it is not easy to cause performance decline or size changes due to hygroscopic absorption. It can maintain good performance and stability in humid environments‌

Application

Antennas, filters, medical devices, automobile industry, aerospace radar