Introduction: The 8.5′′ vacuum tube furnace with sliding flange GSL-1100X-8.5-SR is a three-zone slide tube vacuum tube furnace, which can be introduced into the mixed gas for low-pressure chemical vapor deposition. The machine can be in different atmospheres, at maximum 6 "A variety of thin films are grown on the substrate." Features: 1, double shell, with a circulating air cooling system. The furnace body is made of high-purity alumina polycrystalline fiber insulation material, which is environmentally friendly and energy-saving. The housing temperature is <70°C. 2, slide rail flange structure, easy to take samples. 3, with double K-type thermocouple and an additional temperature calibration detection system. 4, using PID controller, you can set 30 paragraphs of heating and cooling procedures. 5. The right flange is equipped with a quartz tube block to block heat radiation; the left flange is provided with 4 frosted quartz blocks to prevent heat radiation. 6, has passed CE certification. Technical Parameters: Power Supply: Single Phase 220V 8KW Quartz tube: outer diameter Ø216mm, inner diameter Ø208mm, length 1300mm Heating element: Ni-Cr-Al resistance wire Heating area: 600mm Constant temperature area: 200mm Working temperature: up to 1100°C, continuous work 400°C-1000°C Maximum cooling rate: 10°C/min Temperature control accuracy: ±1°C Vacuum degree: 10-2torr (mechanical pump), 10-5torr (molecular pump) Thermocouple detection vacuum interface: KF-25 ports: 1 Intake port: 5 way, precision stainless steel needle valve seal Furnace body: 1300mm×680mm×920mm Slide rail: 600mm Size: 1780mm × 1780mm × 1650mm; Weight: 354kg Standard accessories Quartz tube plugging: 1 KF-25 vacuum flapper valve: 1 KF-40 stainless steel bellows: 1
Introduction: The 8.5′′ vacuum tube furnace with sliding flange GSL-1100X-8.5-SR is a three-zone slide tube vacuum tube furnace, which can be introduced into the mixed gas for low-pressure chemical vapor deposition. The machine can be in different atmospheres, at maximum 6 "A variety of thin films are grown on the substrate."
