Semicorex semiconductor-grade quartz crucibles are the crucial containers specially designed for pulling monocrystalline silicon rods during semiconductor manufacturing. Manufactured from high-purity quartz material, Semicorex semiconductor-grade quartz crucibles play an significant roles in the semiconductor wafers productions. Semicorex, an experienced supplier of semiconductor-grade quartz crucibles, welcomes your inquiries and purchases.
Read MoreSend InquirySemicorex mini-sized graphite crucibles are miniaturized graphite containers, which are specifically designed for melting precious metals such as gold in high-temperature environments. With excellent manufacturing technology, precise engineering design and thoughtfully customized services, Semicorex look forward to becoming your long-term partner.
Read MoreSend InquirySiC-coated graphite crucibles are essential containers precision-machined from silicon carbide-coated graphite material, offering excellent high temperature resistance and chemical corrosion resistance. With their superior performance and reliable quality, Semicorex's SiC-coated graphite crucibles are the optimal solution for achieving controlled high-quality crystal production.
Read MoreSend InquirySpecially designed for extreme temperature applications, Hot-pressed Boron Nitride Crucibles are indispensable ceramic containers serving as the brilliant solutions both for metal melting and evaporation processes and semiconductor crystal growth processes.
Read MoreSend InquiryAluminum nitride crucibles from Semicorex are manufactured by the semiconductor-grade AlN ceramics, which are the high-performance reaction vessels applied in the challenging high-temperature environments. Semicorex offers customized production as per customer requirements, handling both large-scale orders and small-batch prototype needs.
Read MoreSend InquiryEngineered for thermal field systems, Semicorex carbon-carbon composite crucibles are a state-of-the-art solution composed of carbon-carbon composites materials that can withstand high temperatures. Their exceptional strength, superior thermal conductivity, strong chemical stability, and excellent thermal insulation make them ideal for facilitating crystal growth.
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