Manufactured by high-quality silicon carbide materials, SIC thermocouple protection tubes are advanced ceramic solutions used to protect thermocouples from operating normally in demanding high-temperature environments.Choose Semicorex for precision-engineered SIC thermocouple protection tubes that ensure consistent quality, cost-effective price, and maximized cooling efficiency.
Read MoreSend InquiryMade of the high performing silicon carbide ceramic, silicon carbide cooling ducts are performant pipe components used in cooling processes of high-temperature industrial kilns. Choose Semicorex for precision-engineered Silicon carbide cooling ducts that ensure consistent quality, cost-effective price, and maximized cooling efficiency.
Read MoreSend InquirySemicorex Graphite Copper Sleeve is a type of sleeve that relies on its own lubricant for lubrication. The product uses copper alloy as the base material, with orderly arranged and appropriately sized holes drilled into the base, and then graphite plugs are embedded in it. Semicorex can supply the finished graphite copper sleeve, or customized graphite plugs.*
Read MoreSend InquirySemicorex Carbon Ceramic Brake is made of advanced carbon ceramic composites, which are an advanced material that is highly suitable for the high-temperature working environment. Semicorex delivers customized products according to the applications and customers’ requirements.*
Read MoreSend InquirySemicorex Aircraft Brakes Disc is made of carbon-carbon composites, can withstand high temperature when heavy braking of aircraft, also with good performance of wear level. Semicorex is committed to deliver the high-quality products to worldwide.*
Read MoreSend InquirySemicorex Quartz Spiral Tube is a high-purity fused-quartz cooling component featuring an internal spiral channel designed for rapid, efficient thermal exchange in laboratory systems. Semicorex ensures material quality, precision manufacturing, and consistent performance backed by years of expertise in advanced quartz engineering.*
Read MoreSend Inquiry