Products

Semicorex tantalum carbide coated guide rings are the high-performing ring components used in the semiconductor crystal growth equipment. They are specifically designed to create a suitable temperature gradient and stable airflow environment during crystal growth. By choosing Semicorex tantalum carbide coated guide rings, you will benefit from unparalleled coating technology and a highly efficient and stable production experience.

Semicorex horizontal silicon carbide boats are the essential horizontal wafer carriers for the cutting-edge semiconductor manufacturing processes, which are precision-manufactured from premium semiconductor-grade silicon carbide. With extensive and time-tested manufacturing capabilities, Semicorex can provide our distinguished customers with highly compatible, custom-engineered horizontal silicon carbide boats.

Semicorex Fused Zirconia Parts are ultra-high performance refractory components designed for glass melting and high-temperature alloy casting. Made from magnesium-stabilized fused zirconia, they maintain exceptional structural stability and corrosion resistance even in extreme environments up to 2300°C. Semicorex provides industry-leading electrofusion casting processes and precision machining technologies.*

Semicorex Fused Zirconia Tubes are high-density MgO-stabilized zirconia ceramic tubes designed for long-term performance in extreme high-temperature and corrosive environments. Semicorex delivers fused zirconia tubes with consistent material purity, precision machining, and reliable quality control to ensure maximum lifetime in demanding industrial applications.*

Semicorex Fused Zirconia Rings are made of fused magnesium stabilized zirconium oxide material, with ultra high thermal resistivity of 2300℃, which is suitable applied in the refractory industry. Semicorex supplies high quality products and service worldwide.*

Semicorex PECVD solar graphite boat is the essential graphite carrier and electrode component used in the plasma-enhanced chemical vapor deposition (PECVD) processes. They are widely-used to support silicon wafers or solar cells to achieve the film deposition (such as silicon nitride anti-reflective films) in the challenging high-temperature plasma operating conditions.