Heating Equipment

1200c 10MPa High Pressure Tube Furnace with 80mm Alloy Tube

FAQ High temperature High Pressure Tube Furnace with Optional Alloy Tube ( 900 or 1100C max heat temp.) Product Description Description of the high pressure tube furnace: CY-VT-1200X-HP series high-pressure split tube furnaces can be chosen from two kinds of alloy tube, e.g. Stainless steel 310S refractory alloy or Ni-based superalloy, which offer a solution of heating treatment under high positive pressure with/without inert gas support to process special compound material. The furnace can be heated up to max. 900°C or 1100°C with the optional vessel. The operating positive pressure is from 105 to 800 psi according to different heating temperature. Heating temperature up to max. 900°C or 1100°C, Depends on tube alloy Stainless steel or nickel-base superalloy processing tube is included ( please choose from product optional ) Max pressure up to 800 PSI.depended on tube alloy Double layer steel casing with air cooling to keep furnace surface temperature lower than 60°C. High purity fibrous alumina insulation for Max. energy saving PID automatic control with 30 steps programmable. Automatic overtemperature and thermally broken protection One set of high positive pressure flange The pressure sensor is installed in the flange. The pressure will be displayed in the pressure controller in the front panel of the furnace. The alarm system is built in the pressure controller which allow the user to set up the high and low limit point of pressure. When the measuring pressure exceeds limit point, the alarm strobe and whistle will be activated for warning The furnace is able to be controlled by a computer. And the software and USB cable are included Product Parameters Specification of the high pressure tube furnace: CY-VT-1200X-HP-80 CY-VT-1200X-HP-60 Process Vessels (Pls select the tube size in options bar) SS310S Stainless Steel alloy 80mm O.D x 70(±2) mm I.D x 1000 mm L or 60mm O.D x 50(±2) x 1000 mm L Ni-based superalloy GH747 (Click to download GH747 nickel based alloy datasheet) OD 60 x ID 52 x Length 1000 (mm) Copper gasket For 80mm O.D tube: 99 O.D x 82 I.D x 2.2mm For 60mm O.D tube: 82 O.D x 63.6 I.D x 2.2mm For 60mm O.D tube: 82 O.D x 63.6 I.D x 2.2mm Working Pressure vs. Working Temperature 577 PSI max at ≤500°C 511 PSI max at ≤600°C 428 PSI max at ≤700°C 363 PSI max. at ≤800°C 185 PSI max at ≤900°C Attention: Never heat up above 900°C 900°C max.for < 1hr 725 PSI (5 Mpa) max. at ≤800°C 435 PSI (3 Mpa) max. at ≤900°C 217 PSI (1.5Mpa) max. at ≤1000°C 145 PSI (1 Mpa) max. at 1100°C Attention: Never heat up above 1100°C 1100°C max.for < 1hr Pressure Measurement Range 0~15Mpa 0~15Mpa Max. Heating Temperature 900 C 1100 C Working Gases Inert gas & Hydrogen Inert gas, hydrogen, and oxygen Heating Temperature 1100 C max. 1 hour 800°C continuous 1100 C max. 1 hour 1000C for continuous Heating Rate ≤30°C/min ≤20°C/min Heating Element Fe-Cr-Al Alloy doped by Mo Fe-Cr-Al Alloy doped by Mo Heating Zone Total length: 440mm Single zone Constant temp. zone: 150mm ±1°C Total length: 440mm Single zone Constant temp. zone: 150mm ±1°C Temperature Control PID control method with over-temp protection Temperature stability: ±1°C Demo video here) PID control method with over-temp protection Temperature stability: ±1°C Demo video here) Thermocouple Omega 3mm OD K Type with high-temperature tolerance (220°C) connector Omega 3mm OD K Type with high-temperature tolerance (220°C) connector Positive Pressure Sensor Installed in high-pressure flange Installed in hig

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