Split High Pressure Gas Tube Furnace (HIP) is a compact high pressure tube furnace featuring a Ni-based super-alloy tube vessel. This split tube furnace is a compact (hot isostatic pressure) HIP tube furnace for researching a new generation of materials at a low cost.
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HTTF-1200-HP Split High Pressure Gas Tube Furnace (HIP) is a compact high pressure tube furnace featuring a Ni-based super-alloy tube vessel (30mm O.D x 12 mm I.D x 560 mm L). The split high pressure furnace can be used under ultra-highly oxidizing and inert gas atmosphere up to 1100°C to process special compounds. This split tube furnace is a compact (hot isostatic pressure) HIP tube furnace for researching a new generation of materials at a low cost.
A solenoid valve of gas tube furnace is installed on the flange allows auto-pressure relief control. Temp. Control and Pressure Real-time Monitoring software is also included. (new feature since 5/12/14, Laptop is included since 9/10/15 )
Standard specification of Compact High Pressure Gas Split Tube Furnace
Furnace Structure of vacuum gas tube furnace | Double-layer steel casing High purity fibrous alumina insulation for Max. energy saving. The aluminum heat sink on processing tube to ensure pressure flange and fitting < 60°C Splittable cover for changing tube at easy |
Power | 2.5KW |
Voltage | AC 208 - 240V Single Phase, 50/60 Hz |
Max. Temperature | 1100°C |
Heating Rate | <= 10°C/min |
Pressure Vessel of High Pressure Tube Furnace | Made of Special Ni-based Superalloy: ( Waspaloy or equivalent ) Vessel size: 30 mm O.D x 12 mm I.D. x 580 mm Length 1/4NPS female fitting is installed on both ends of flanges Ni-based superalloy tube vessel (30mm O.D x 12 mm I.D x 580 mm L) 50mm OD x 20 mm ID x 580mmL tube is available in the product option |
Working Pressure vs temperature | Max. 2900 PSI (20 Mpa) 800°C Max. 1740 PSI (12Mpa) 900°C Max. 870 PSI (6 Mpa) 1000°C Max. 580 PSI (4 Mpa) 1100°C
Warning: of Compact High Pressure Gas Tube Furnace Please set up a pressure alarm point in digital pressure display before the operation Must install a pressure regulator on the gas cylinder to increase pressure gradually. Service life depends on the maximum operating temperature and sample used. The high-pressure vessel is a consumable part, please order replacement once observed deformation. |
Compatible Gas and crucible Gas Tube Furnace | Oxygen and inert gasses such as N2, Ar and He Note: Compact High Pressure split Tube Furnace (HIP) Small quartz or Alumina boat should be used to load the sample inside the vessel. Please click the link below to order separately. Never place the sample directly onto the vessel without a crucible. Vessel service-life could be reduced significantly if you do so. You may use gold or nickel foil to wrap the crucible boat to minimize the contamination to the pressure vessel. |
Heating Zone length | 200 mm ( single zone ) |
Temperature Uniformity | +/-1°C within 50mm and +/-2°C in 70mm |
Temperature control Split Tube Furnace | Precision temperature controller with 30 segments programmable and PID autotune LED digital display with the protection of over temperature and the thermal couple broke. Temperature accuracy: +/- 1°C K-type thermal couple built-in (Optional)The Eurotherm Temperature ( 3000) controller is available upon request with +/- 0.1°C |
Pressure Monitoring and Relief | The pressure transducer is installed on the right flange and connected to the digital pressure monitor which allows you to set the higher pressure limit. One high-pressure solenoid valve is installed on the left flange and controlled by pressure monitor. Max. pressure can be set on a pressure monitor. Once Max.pressure inside vessel is reached, gas will be released automatically. Note: Max.pressure of the standard solenoid valve is 150 bar(2165 psi/ 15MPA). If you need pressure > 150bar at a lower temperature, the manual valve located beneath the solenoid valve shall be shut off. |
Pressure Transducer
| The pressure transducer is installed on the right flange. The pressure will be displayed in the pressure monitor on the front panel of the furnace. Pressure measurement ranges up to 250 bars. The alarm system is built in the pressure meter which allows the user to set up the high limit point of pressure. When the measuring pressure exceeds the limit point, the alarm will be activated and open the solenoid pressure relief valve |
Pressure Fitting Split HIP Tube Furnace
| Two flanges with female 1/4" NPT fittings to connect the high-pressure tube One Aluminum heat radiators are installed in front of the flange to keep flange below 100C One high-pressure valve is installed with flanges One Pressure meter installed to one of valve Two high-pressure copper gaskets are included for immediate use. You may click picture below to order extra Cu gaskets The optional torque wrench is available here to avoid overtightening the flange bolts |
Heating Element | Fe-Cr-Al Alloy doped by Mo |
Application Notes | Hytort Application, or named Hydroretorting of Shale Oil is a process developed by IGT to double the yield of shale oil and hydrocarbon gasses. Please click underlined to view research paper Attention: A two-stage pressure regulator must be installed on the gas cylinder to limit the gas output pressure to the below the safety limit. The pressure regulator is not included. Please click here to learn how to install the gas regulator. |
Safety Notes | Ni-based Superalloy: ( Waspaloy or equivalent is a reliable processing tube which can be used under high temperature and high pressure. It has excellent ductility and tensile property so only creep deformation happens under overpressure destruction test and following by a crack formed (usually at the hot zone at the center of the tube) to release the pressure. Brittle fracture won’t happen in the overpressure destruction test which means no tube explosion will happen under the overpressure of inert gas or safe gas or under other accidents causing overpressure of inert gas or safe gas. Attention: for the use of flammable, toxic or corrosive gasses, you must contact MTI engineering group for the consultation to know all the prerequisites and precautionary measures. Warning: Never put a sample inside the tube directly without crucible or isolated foil to avoid it reacts with tube alloy. Do not over-tightening the flange screws as this may cause permanent damages to the flange or screws. Please refer to the instructions about proper torque for installing CF flange bolts. We recommend you use a torque wrench to tighten the screws with the flange. |
Warranty of High Pressure Furnace | One year limited warranty (Consumable parts such as o-rings and heating elements are not covered by the warranty, please order the replacement at related products below.) Laptop, software |
HTTF-1200-HP Split High Pressure Gas Tube Furnace (HIP) is a compact high pressure tube furnace featuring a Ni-based super-alloy tube vessel (30mm O.D x 12 mm I.D x 560 mm L). The split high pressure furnace can be used under ultra-highly oxidizing and inert gas atmosphere up to 1100°C to process special compounds. This split tube furnace is a compact (hot isostatic pressure) HIP tube furnace for researching a new generation of materials at a low cost.
A solenoid valve of gas tube furnace is installed on the flange allows auto-pressure relief control. Temp. Control and Pressure Real-time Monitoring software is also included. (new feature since 5/12/14, Laptop is included since 9/10/15 )
Standard specification of Compact High Pressure Gas Split Tube Furnace
Furnace Structure of vacuum gas tube furnace | Double-layer steel casing High purity fibrous alumina insulation for Max. energy saving. The aluminum heat sink on processing tube to ensure pressure flange and fitting < 60°C Splittable cover for changing tube at easy |
Power | 2.5KW |
Voltage | AC 208 - 240V Single Phase, 50/60 Hz |
Max. Temperature | 1100°C |
Heating Rate | <= 10°C/min |
Pressure Vessel of High Pressure Tube Furnace | Made of Special Ni-based Superalloy: ( Waspaloy or equivalent ) Vessel size: 30 mm O.D x 12 mm I.D. x 580 mm Length 1/4NPS female fitting is installed on both ends of flanges Ni-based superalloy tube vessel (30mm O.D x 12 mm I.D x 580 mm L) 50mm OD x 20 mm ID x 580mmL tube is available in the product option |
Working Pressure vs temperature | Max. 2900 PSI (20 Mpa) 800°C Max. 1740 PSI (12Mpa) 900°C Max. 870 PSI (6 Mpa) 1000°C Max. 580 PSI (4 Mpa) 1100°C
Warning: of Compact High Pressure Gas Tube Furnace Please set up a pressure alarm point in digital pressure display before the operation Must install a pressure regulator on the gas cylinder to increase pressure gradually. Service life depends on the maximum operating temperature and sample used. The high-pressure vessel is a consumable part, please order replacement once observed deformation. |
Compatible Gas and crucible Gas Tube Furnace | Oxygen and inert gasses such as N2, Ar and He Note: Compact High Pressure split Tube Furnace (HIP) Small quartz or Alumina boat should be used to load the sample inside the vessel. Please click the link below to order separately. Never place the sample directly onto the vessel without a crucible. Vessel service-life could be reduced significantly if you do so. You may use gold or nickel foil to wrap the crucible boat to minimize the contamination to the pressure vessel. |
Heating Zone length | 200 mm ( single zone ) |
Temperature Uniformity | +/-1°C within 50mm and +/-2°C in 70mm |
Temperature control Split Tube Furnace | Precision temperature controller with 30 segments programmable and PID autotune LED digital display with the protection of over temperature and the thermal couple broke. Temperature accuracy: +/- 1°C K-type thermal couple built-in (Optional)The Eurotherm Temperature ( 3000) controller is available upon request with +/- 0.1°C |
Pressure Monitoring and Relief | The pressure transducer is installed on the right flange and connected to the digital pressure monitor which allows you to set the higher pressure limit. One high-pressure solenoid valve is installed on the left flange and controlled by pressure monitor. Max. pressure can be set on a pressure monitor. Once Max.pressure inside vessel is reached, gas will be released automatically. Note: Max.pressure of the standard solenoid valve is 150 bar(2165 psi/ 15MPA). If you need pressure > 150bar at a lower temperature, the manual valve located beneath the solenoid valve shall be shut off. |
Pressure Transducer
| The pressure transducer is installed on the right flange. The pressure will be displayed in the pressure monitor on the front panel of the furnace. Pressure measurement ranges up to 250 bars. The alarm system is built in the pressure meter which allows the user to set up the high limit point of pressure. When the measuring pressure exceeds the limit point, the alarm will be activated and open the solenoid pressure relief valve |
Pressure Fitting Split HIP Tube Furnace
| Two flanges with female 1/4" NPT fittings to connect the high-pressure tube One Aluminum heat radiators are installed in front of the flange to keep flange below 100C One high-pressure valve is installed with flanges One Pressure meter installed to one of valve Two high-pressure copper gaskets are included for immediate use. You may click picture below to order extra Cu gaskets The optional torque wrench is available here to avoid overtightening the flange bolts |
Heating Element | Fe-Cr-Al Alloy doped by Mo |
Application Notes | Hytort Application, or named Hydroretorting of Shale Oil is a process developed by IGT to double the yield of shale oil and hydrocarbon gasses. Please click underlined to view research paper Attention: A two-stage pressure regulator must be installed on the gas cylinder to limit the gas output pressure to the below the safety limit. The pressure regulator is not included. Please click here to learn how to install the gas regulator. |
Safety Notes | Ni-based Superalloy: ( Waspaloy or equivalent is a reliable processing tube which can be used under high temperature and high pressure. It has excellent ductility and tensile property so only creep deformation happens under overpressure destruction test and following by a crack formed (usually at the hot zone at the center of the tube) to release the pressure. Brittle fracture won’t happen in the overpressure destruction test which means no tube explosion will happen under the overpressure of inert gas or safe gas or under other accidents causing overpressure of inert gas or safe gas. Attention: for the use of flammable, toxic or corrosive gasses, you must contact MTI engineering group for the consultation to know all the prerequisites and precautionary measures. Warning: Never put a sample inside the tube directly without crucible or isolated foil to avoid it reacts with tube alloy. Do not over-tightening the flange screws as this may cause permanent damages to the flange or screws. Please refer to the instructions about proper torque for installing CF flange bolts. We recommend you use a torque wrench to tighten the screws with the flange. |
Warranty of High Pressure Furnace | One year limited warranty (Consumable parts such as o-rings and heating elements are not covered by the warranty, please order the replacement at related products below.) Laptop, software |
