HPC self-regulating heating cables is designed for freeze protection or process temperature maintenance of pipes and vessels with very high maintain temperatures (210°C). Maximum exposure temperature is 260°C. which provides the most versatility in heat trace designs and installation.
XBR self-regulating heating cables provides the most versatility in heat trace designs and applications. This product has been used for over 100,000 meters in our company’s key partners, PetroChina, CNOOC,Sinopec,China Aerospace,Wanhua Chemical and other global Fortune 500 companies.
SSR self-regulating heating cables provide the most versatility in heat trace designs and applications. This product has been used for over 500,000 meters in our company’s key partners, PetroChina, CNOOC,Sinopec,China Aerospace,Wanhua Chemical and other global Fortune 500 companies.
RSR self-regulating heating cables provide the most versatility in heat trace designs and applications. This product has been used for over 1000,000 meters in our company’s key partners, PetroChina, CNOOC,Sinopec,China Aerospace,Wanhua Chemical and other global Fortune 500 companies.
FSR self-regulating heating cable is constructed of a semi-conductive heater matrix extruded between parallel bus wires, a self-regulating cable adjusts its output to independently respond to ambient temperatures all along its length. This product has been used for over 1000,000 meters in our company’s key partners, PetroChina, CNOOC,Sinopec,China Aerospace,Wanhua Chemical and other global Fortune 500 companies.
LSR self-regulating heating cables provide the most versatility in heat trace designs and applications. This product has been used for over 1000,000 meters in our company’s key partners, PetroChina, CNOOC,Sinopec,China Aerospace,Wanhua Chemical and other global Fortune 500 companies.
Maintain temperature: 0~600℃ Temperature resistance: 600~800℃ Insulating material: magnesium oxide MI cables are manufactured using a special production process using single or multiple alloy electric heating wires as the heating source, high-purity, high-temperature, fused crystallized magnesium oxide as the heat-conducting insulator, and seamless continuous stainless steel or copper tubes as the sheath. In places with strong corrosive effects, PE or low-smoke halogen-free jackets can be added.
