■ Impressive Thermal Performance
These ceramic materials have a low thermal expansion coefficient and high thermal conductivity, which could increase the efficiency of components and reduce the possibility of heat damage. For instance, the thermal conductivity of SiC is no less than that of metals.
■ Remarkable Electrical Features
With higher electrical conductivity, chips and other components based on ceramic substrates use less energy, and the signal delay time can be reduced.
■ Superior Thermal Shock Resistance
Excellent resistance to rapid cold‑hot alternation. Hard to crack under frequent temperature fluctuation, reliable for high‑temperature working stations.
■ Excellent Corrosion & Oxidation Resistance
Chemically inert to acids, alkalis, salt mist and most industrial slurries. Resist high‑temperature oxidation, no rust or surface degradation in humid and corrosive conditions.
■ Precision Machined Mounting Holes & Profiles
Tight‑tolerance processing for embedded cavities, mounting holes, notches and locating surfaces. Ensure perfect matching with pins, shafts and insert parts, good assembly repeatability.
■ Non‑magnetic & Electrical Insulation
Non‑magnetic feature and reliable insulation performance, suitable for semiconductor, electronics and magnetic‑field‑sensitive production lines.
Main Applications:
High-temperature furnace protection tubes, thermocouple insulating sleeves, metallurgical molten metal conveying and shielding tubes, semiconductor thermal processing equipment, new energy high-temperature modules, chemical anti-corrosion piping and industrial high-temperature insulating structural parts.
Main Applications of Ceramic Substrates
Thanks to these desirable properties, ceramic substrates find applications in a variety of industries.
● The Automotive Industry
You can find a broad range of ceramics employed to make electric power steering, integrated starter alternators, diesel and water pump controls, and motor and engine controls for vehicles. These devices could not only reduce fuel consumption but also decrease exhaust pollution.
● The Renewable Energy Field
These substrates are applied to the renewable energy industry to manufacture inverters for photovoltaics solar and concentrators for concentrator photovoltaics.
