Silicon carbide ceramic (SiC) is an advanced ceramic material containing silicon and carbon. Grains of silicon carbide can be bonded together by sintering to form very hard ceramics. Semicorex supplies custom silicon carbide ceramics as your requiring.
Applications
With silicon carbide ceramics the material properties remain constant up to temperatures above 1,400°C. The high Young’s modulus > 400 GPa ensures excellent dimensional stability.
A typical application for silicon carbide components is dynamic sealing technology using friction bearings and mechanical seals, for instance in pumps and drive systems.
With the advanced properties, silicon carbide ceramics are also ideal for use in the semiconductor industry.
Wafer Boats →
Semicorex Wafer Boat is made of sintered silicon carbide ceramic, which has good resistance to corrosion and excellent resistance to high temperatures and thermal shock. Advanced ceramics deliver excellent thermal resistance and plasma durability while mitigating particles and contaminants for high-capacity wafer carriers.
Reaction sintered silicon carbide
Compared with other sintering processes, the size change of reaction sintering during the densification process is small, and products with precise dimensions can be produced. However, the presence of a large amount of SiC in the sintered body makes the high temperature performance of reaction sintered SiC ceramics worse.
Pressureless sintered silicon carbide
Pressureless sintered silicon carbide (SSiC) is a particularly light and at the same time hard high-performance ceramic. SSiC is characterized by high strength, which remains almost constant even at extreme temperatures.
Recrystal silicon carbide
Recrystallized silicon carbide(RSiC) are next generation materials formed by mixing high-purity silicon carbide coarse powder and high-activity silicon carbide fine powder, and after grouting, vacuum sintering at 2450 ° C to recrystallize.
Semicorex Silicon Carbide Vacuum Chuck is a high-performance wafer handling solution crafted from porous silicon carbide. It is specifically engineered for vacuum adsorption of semiconductor wafers during critical processes such as mounting (waxing), thinning, de-waxing, cleaning, dicing, and rapid thermal annealing (RTA). Choose Semicorex for unmatched material purity, dimensional precision, and reliable performance in demanding semiconductor environments.*
Read MoreSend InquirySemicorex Porous SiC Chuck is a high-performance ceramic vacuum chuck designed for secure and uniform wafer adsorption in semiconductor processing. Its engineered micro-porous structure ensures excellent vacuum distribution, making it ideal for precision applications.*
Read MoreSend InquirySemicorex SiC Vacuum Chucks are high-performance ceramic fixture designed for secure wafer adsorption in semiconductor manufacturing. With superior thermal, mechanical, and chemical properties, it ensures stability and precision in demanding process environments.*
Read MoreSend InquirySemicorex SiC Cantilever Paddles are high-performance silicon carbide cantilever paddles used in semiconductor thermal processing equipment, designed for stable wafer handling in high-temperature environments. Choosing Semicorex means choosing high-purity materials, excellent thermal stability and industry-leading precision manufacturing technology to ensure that every critical process of yours is stable and reliable.*
Read MoreSend InquirySemicorex SiC Boat Holders are essential structural components that ensure precise and reliable wafer positioning in semiconductor thermal processing. Choose Semicorex for unmatched quality, technical expertise, and a commitment to advancing high-purity SiC solutions in semiconductor manufacturing.*
Read MoreSend InquirySemicorex wafer boats are precision-engineered ceramic carriers designed for high-temperature wafer processing in semiconductor manufacturing. Choose Semicorex for its unmatched material purity, advanced fabrication technology, and commitment to quality that ensures consistent performance in the most demanding cleanroom environments.*
Read MoreSend Inquiry