High Temperature Resistant Insulation High frequency Ceramic Resistor Spacer

Short Description:

High-frequency insulating ceramics, also known as device ceramics, are used in electronic equipment to install, fix, and protect components, as insulating supports for current-carrying conductors, and as ceramics for various integrated circuit substrates. Small dielectric constant, low dielectric loss, high mechanical strength, and high dielectric strength, insulation resistance and thermal conductivity. Commonly used high-frequency insulating ceramics include high-alumina ceramics and steatite ceramics.

The higher the purity of alumina ceramics, the more optimized the performance of the plate. For example, the dielectric constant of 99 ceramics is more stable than that of 95 ceramics, because the purity of the plate is better and there are fewer impurities. The heat conduction and heat dissipation ability is also better, but the use of 99 ceramics is more expensive than 95 ceramics. Generally, 96 ceramics is considered a better ceramic substrate. High-end products require higher purity of the plate, so you can choose 99 alumina ceramics Substrate processing ceramic circuit board or ceramic copper clad laminate.

In addition, we also provide ceramic parts made of cordierite and zirconia for different applications.

Specification:

1.Refractory

2.Long service life

3.High Polished Surface

4.Superior Mechanical Strength

5.Anti-high Corrosion and Wear Resistance

6.Good Insulation Performance

7.High Temperature and Pressure Resistance

8.High Purity Zirconia and Alumina Ceramic Materials    

· High hardness, long service life, not easy to break and wear resistance

·Non-conductive, anti-static, ceramic material itself with the insulation of electricity and magnetism properties

·Corrosion resistance, high temperature resistance, can be applied to a specific environment, such as acid  alkali resistance

Alumina Ceramic: