Resistance Furnace

Silicon Carbide Pressureless Sintering Resistance Furnace Designed with Vacuum Technology Heat Treatment Applications Description: Equiped with for non-stop industrial processing for Silicon carbide ring, this 1-to-1 vacuum type resistance furnace achieves 2200℃ via high-efficiency resistance heating and a sealed vacuum chamber (20Pa ultimate vacuum), with graphite resistnace heating. Powered by 380V 3-phase electricity with thyristor control, it guarantees stable temperature

Production-Focused 1-to-1 Vacuum Resistance Furnace for Hard Alloy & SiC Sintering Description: Engineered for non-stop industrial production, this 1-to-1 vacuum resistance furnace achieves 2200℃ via high-efficiency resistance heating and a sealed vacuum chamber (20Pa ultimate vacuum). Powered by 380V 3-phase electricity with thyristor control, it guarantees stable temperature output even during long production cycles. Its heavy-duty industrial structure resists wear from

1-to-1 Industrial Vacuum Resistance Furnace for Boron Carbide & Graphite Processing Description: Tailored for high-volume manufacturing, this 1-to-1 vacuum resistance furnace reaches 2200℃, combining advanced resistance heating with a sealed vacuum chamber to maintain consistent temperature uniformity for bulk workpieces. It operates on 380V 3-phase power with thyristor control, supporting round-the-clock production schedules. Built with a rugged frame to endure industrial

High-Yield Vacuum Resistance Furnace for Ceramic Valve & Carbon Fiber Sintering Description: Designed to maximize production efficiency, this 1-to-1 vacuum resistance furnace delivers 2200℃ stable heating through a sealed vacuum chamber (20Pa ultimate vacuum) and high-power resistance technology. It runs on 380V 3-phase power with thyristor control, ensuring reliable performance for mass manufacturing. Its industrial-grade structure is built for continuous operation, while

PI film Industrial Graphite Resistance Furnace for Hard Alloy and SiC Sintering Featuring Vacuum Technology and Robust Construction Description: Engineered for non-stop industrial production, this 1-to-1 vacuum type resistance furnace achieves 2200℃ via high-efficiency resistance heating and a sealed vacuum chamber (20Pa ultimate vacuum). Powered by 380V 3-phase electricity with thyristor control, it guarantees stable temperature output even during long production cycles. Its

Industrial Resistance Heating Artifucial Graphite Pre-Carbonization Equipment Description: Engineered for non-stop industrial production, this 1-to-1 vacuum resistance furnace reaches 2200°C through high-efficiency resistance heating and a sealed vacuum chamber (with an ultimate vacuum of 20Pa). Powered by 380V three-phase electricity and controlled by thyristors, it ensures stabletemperature output even during prolonged production cycles. Its heavy-duty industrial structure

High Temp Resistance Furnace for Industrial Production for Magnesium Fluoride & Alloy Description: This production-oriented 1-to-1 vacuum resistance furnace achieves 2200℃ via advanced resistance heating and a sealed vacuum chamber, ensuring uniform temperature distribution for large batches of industrial materials. Powered by 380V 3-phase electricity with thyristor control, it supports non-stop production cycles for high-demand manufacturing. Its heavy-duty frame withstands

Graphite Resistance Debinding Furnace with Radiation Proof material for Industrial Hard Alloy and SiC Sintering Featuring Vacuum Technology and Durable Build Description: Equiped with for non-stop industrial production, this 1-to-1 vacuum type resistance furnace achieves 2200℃ via high-efficiency resistance heating and a sealed vacuum chamber (20Pa ultimate vacuum). Powered by 380V 3-phase electricity with thyristor control, it guarantees stable temperature output even during

Industrial Vacuum Resistance Furnace for Polysilicon & Rare Earth Sintering Description: Crafted for large-scale industrial production, this 1-to-1 vacuum resistance furnace reaches 2200℃, combining sealed vacuum technology with high-efficiency resistance heating to maintain stable temperature conditions for bulk workpieces. It operates on 380V 3-phase power with thyristor control, ensuring reliable performance during extended production runs. Its rugged industrial structure

Industrial Graphite Resistance Furnace Featuring Rare Earth Oxide Material and Vacuum Technology for Debinding Processes Description: Equiped with for non-stop industrial processing for rare earth oxide material, this 1-to-1 vacuum type resistance furnace achieves 2200℃ via high-efficiency resistance heating and a sealed vacuum chamber (20Pa ultimate vacuum). Powered by 380V 3-phase electricity with thyristor control, it guarantees stable temperature output even during long

Refractory Metals 2200°C HT Vacuum Sintering Graphite Resistance Furnace Description: Designed for industrial batch production, this 1-to-1 vacuum resistance furnace utilizes high-efficiencyresistance heating to reach operating temperatures up to 2200°C, supported by a well-sealed vacuumchamber with an ultimate vacuum level of 20Pa. Powered by 38oV three-phase electricity and controlled bysilicon-controlled rectifier (SCR) modules, the system ensures stable and uniform

2200C High Temperature Resistance Furnace For Boron Nitride BN Ceramic Sinternig Description: Designed for industrial batch production, this 1-to-1 vacuum resistance furnace utilizes high-efficiencyresistance heating to reach operating temperatures up to 2200°C, supported by a well-sealed vacuumchamber with an ultimate vacuum level of 20Pa. Powered by 38oV three-phase electricity and controlled bysilicon-controlled rectifier (SCR) modules, the system ensures stable and

2200 °C SIC Plate Vacuum Sintering Furnace Heat Treatment Graphite Resistance Description: Designed for industrial batch production, this 1-to-1 vacuum resistance furnace utilizes high-efficiencyresistance heating to reach operating temperatures up to 2200°C, supported by a well-sealed vacuumchamber with an ultimate vacuum level of 20Pa. Powered by 38oV three-phase electricity and controlled bysilicon-controlled rectifier (SCR) modules, the system ensures stable and uniform

2200°C Vacuum Resistance Carbonizing Furnace with Uniform Heating for PI Film Description: Designed for industrial batch production, this 1-to-1 vacuum resistance furnace utilizes high-efficiencyresistance heating to reach operating temperatures up to 2200°C, supported by a well-sealed vacuumchamber with an ultimate vacuum level of 20Pa. Powered by 38oV three-phase electricity and controlled bysilicon-controlled rectifier (SCR) modules, the system ensures stable and uniform

2200°C Sintering Resistance Furnace with Vacuum Atmosphere for B4C Description: This specialized vacuum resistance furnace is purpose-built for batch-oriented industrial manufacturing. Boasting a high-efficiency resistance heating system and a hermetically sealed vacuum chamber, it achieves a maximum operating temperature of up to 2200°C, with an ultimate vacuum level of 20 Pa. Operating on 380V three-phase power and regulated by thyristor control, it delivers stable and

2200°C Vacuum Resistance Carbonizing Furnace with Uniform Heating for PI Film Description: This dedicated vacuum resistance furnace is specially engineered for batch-type industrial production. Featuring a high-efficiency resistance heating system and a hermetically sealed vacuum chamber, it delivers amaximum operating temperature of up to 2200°C, with an ultimate vacuum level of 20 Pa. Powered by 380V three-phase electricity and equipped with thyristor control, the furnace

Silicon Carbide Vacuum Sintering Furnace 2200C Argon Protective Heat Treatment Description: Designed for industrial batch production, this 1-to-1 vacuum resistance furnace utilizes high-efficiencyresistance heating to reach operating temperatures up to 2200°C, supported by a well-sealed vacuumchamber with an ultimate vacuum level of 20Pa. Powered by 38oV three-phase electricity and controlled bysilicon-controlled rectifier (SCR) modules, the system ensures stable and uniform

2200°C Vacuum Resistance Carbonizing Furnace with Uniform Heating for PI Film Description: Designed for batch industrial production, this1-to-1 vacuum resistance furnace achieves 2200°C via high-efficiency resistance heating and a sealed vacuum chamber (ultimate vacuum: 20Pa). Drivenby 380V three-phase power and regulated by thyristors, it guarantees stable temperature output evenin long-term production cycles. Featuring a heavy-duty industrial structure resistant to wear

Resistance Furnace Utilizing Graphite Based Materials and Vacuum Technology for Tungsten Carbide Debinding and Heat Treatment Processes Description: Equiped with for non-stop industrial processing for tungsten carbide product, this 1-to-1 vacuum type resistance furnace achieves 2200℃ via high-efficiency resistance heating and a sealed vacuum chamber (20Pa ultimate vacuum), with graphite resistnace heating. Powered by 380V 3-phase electricity with thyristor control, it

Vacuum Resistance Furnace for Industrial Lines for Rare Earth & Alloy Processing Description: This production-focused 1-to-1 vacuum resistance furnace reaches 2200℃, combining a sealed vacuum chamber with high-power resistance heating to maintain consistent temperature uniformity for rare earth and alloy materials. It operates on 380V 3-phase power with thyristor control, ensuring reliable performance for extended production runs. Its heavy-duty frame withstands the rigors of