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1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2
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1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2

1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2

KSL1700X-H2 is designed for material synthesis under dry hydrogen up to 1650ºC. The furnace consists of high-quality alumina fiber bricks and Mo alloy heating elements with a heating chamber of 8" x 8" x 8", as well as a vacuum-sealed steel case with a water cooling jacket and an automatic H2 burning system. It is an ideal tool for preparing new materials that require a reducing atmosphere, such as phosphorous and Ti alloy.


SPECIFICATIONS

Furnace Structure
  • Double-layer stainless steel structure for maximum vacuum and safety
  • Water cooling front door and air cooling shell
  • Built-in pressure gauge, vacuum valves, and two gas float meters
  • Built-in H2 burning control system - if the controller detects no flame in the burner, the gas delivery valve will be shut down automatically
Heated Chamber
  • Volume: 200 x 200 x 200 mm (8 x 8 x 8 inch), 8 Liter
  • Sample Load Capacity: 100kg Max.
  • Energy-saving 1800 grade fibrous alumina insulation
  • High purity Al2O3 coating
  • Warning: One Al2O3 fibrous door block is included. You must place the door block in the front of the chamber to block heat radiation, otherwise, may damage the sealing ring at high temperature and cause hydrogen gas leaking

Power
  • AC 208 - 240V single phase (50/60 Hz)
  • 9 KW
  • 50 Amp air breaker is required

Thermal
  • Continuous 1600°C
  • Max. 1650°C (< 60min)
  • Accuracy: +/- 1°C
  • Heating Rate:
    • 5°C/min (≤1200°C)
    • 2°C/min (1200°C to1600°C)

Thermocouple

 B type (control thermocouple and secondary alarm thermocouple)

Temperature Controller

Eurotherm Temperature Controller

  • 30 Segments
  • Temperature Control Accuracy ± 1 °C
  • Temperature Stability ± 0.1 °C

Features

Alarm Functions

  • Over-Temperature Alarm
  • Deviation Alarm
  • Thermocouple-Break Alarm
  • Furnace Chamber Pressure Alarm
  • Water-Chiller Alerts:
    • Low-Water-Level Alarm
    • Flow-Restriction Alarm
    • Pipeline Overpressure Alarm
    • High-Temperature Warning
    • Prompt to Activate Water Cooling Before Opening the Furnace

Protection Features

  • Overcurrent Protection
  • Overvoltage Protection
  • Leakage Protection

Automatic Furnace-Chamber Cleaning

  • The vacuum pump and the gas-inlet system switch automatically, number of cleaning cycles is programmable
  • Manual Mode available

Constant-Pressure Sintering Mode

  • Automatically regulate the intake and exhaust flow rates to maintain a slight positive pressure inside the furnace throughout the heating cycle.
  • Constant-pressure range: 105 000 Pa – 115 000 Pa.

Dual Explosion-Proof Settings (Pressure Control)

  • An electronic pressure transmitter is used to monitor exhaust pressure. When the chamber pressure exceeds the preset exhaust-pressure setpoint, the exhaust valve opens to accelerate venting.
  • A mechanical, explosion-proof relief valve is mounted at the top of the furnace chamber; it is set to open at 0.04 MPa

Electrical Components

  • All Electrical Components, Cables, and Cold-Pressed Terminals Use ABB Products

Data Acquisition and Recording
  • Temperature-curve data acquisition and logging
  • Pressure-variation-curve data acquisition and logging
  • All collected data is automatically saved to the local hard drive

Connectivity
  • Standard Ethernet port
  • Supports LAN and Internet connection for remote control and monitoring

Heating Elements

Mo Coil

MoSi2
  • 6 sets of Mo coils heating elements are built-in and replaceable 
  • The heating element of the Mo coil is consumable parts which should be ordered separately if extra is required. (click the pictures left to order spare)
  • The heating element can be replaced by MsSi2 to run the furnace under oxygen and air up to 1700°C (order picture below right to order spare)
  • Warning: Mo heating element cannot be used under air or oxygen at the temperature > 300°C
Gas Flow
  • Two 12 L/min float flowmeters, each independently controlling one of the two air inlet lines.
  • One for purging Inert gas prior to introducing H2 gas
  • One for controlling H2 gas flow
H2 Gas Burning Control System
and Hydrogen Detector
  • An ignition device already installed to incinerate flowing gas and detect burner temperature to ensure H2 burner is in working condition. If H2 does not burn properly, the controller will shut down the H2 gas delivery valve immediately
  • Hydrogen detector is to Enhanced safety for MTI Hydrogen Gas Tube Furnace

Water Cooling

(Optional) 
  • Chilled water is required. 
  • MTI recommend using a 58 L/min recirculating water chiller

Vacuum Pump
  • Vacuum pump is required
  • MTI recommend using a 240 L/min rotary vane pump or equivalent. 

Compliance
  • CE Certified
  • NRTL or CSA certification is available upon request at the extra cost


Application Notes
Attention: A free course of safety operation training at MTI field is required to purchase this furnace. A customer's side training is also available upon request at extra cost. If the users believe that they have sufficient experience and knowledge to handle the furnace in a dangerous or emergent situation, a liability release agreement must be signed at the purchase. MTI Corp. is not responsible for any damages caused by misuse without safety operation training. Any damages caused by the corrosive and acidic gases are not under the coverage of the MTI One Year Limited Warranty.

 

$59,998.00
1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2—
$59,998.00

More Images

1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2 - Image 2
1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2 - Image 3
1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2 - Image 4

1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2

KSL1700X-H2 is designed for material synthesis under dry hydrogen up to 1650ºC. The furnace consists of high-quality alumina fiber bricks and Mo alloy heating elements with a heating chamber of 8" x 8" x 8", as well as a vacuum-sealed steel case with a water cooling jacket and an automatic H2 burning system. It is an ideal tool for preparing new materials that require a reducing atmosphere, such as phosphorous and Ti alloy.


SPECIFICATIONS

Furnace Structure
  • Double-layer stainless steel structure for maximum vacuum and safety
  • Water cooling front door and air cooling shell
  • Built-in pressure gauge, vacuum valves, and two gas float meters
  • Built-in H2 burning control system - if the controller detects no flame in the burner, the gas delivery valve will be shut down automatically
Heated Chamber
  • Volume: 200 x 200 x 200 mm (8 x 8 x 8 inch), 8 Liter
  • Sample Load Capacity: 100kg Max.
  • Energy-saving 1800 grade fibrous alumina insulation
  • High purity Al2O3 coating
  • Warning: One Al2O3 fibrous door block is included. You must place the door block in the front of the chamber to block heat radiation, otherwise, may damage the sealing ring at high temperature and cause hydrogen gas leaking

Power
  • AC 208 - 240V single phase (50/60 Hz)
  • 9 KW
  • 50 Amp air breaker is required

Thermal
  • Continuous 1600°C
  • Max. 1650°C (< 60min)
  • Accuracy: +/- 1°C
  • Heating Rate:
    • 5°C/min (≤1200°C)
    • 2°C/min (1200°C to1600°C)

Thermocouple

 B type (control thermocouple and secondary alarm thermocouple)

Temperature Controller

Eurotherm Temperature Controller

  • 30 Segments
  • Temperature Control Accuracy ± 1 °C
  • Temperature Stability ± 0.1 °C

Features

Alarm Functions

  • Over-Temperature Alarm
  • Deviation Alarm
  • Thermocouple-Break Alarm
  • Furnace Chamber Pressure Alarm
  • Water-Chiller Alerts:
    • Low-Water-Level Alarm
    • Flow-Restriction Alarm
    • Pipeline Overpressure Alarm
    • High-Temperature Warning
    • Prompt to Activate Water Cooling Before Opening the Furnace

Protection Features

  • Overcurrent Protection
  • Overvoltage Protection
  • Leakage Protection

Automatic Furnace-Chamber Cleaning

  • The vacuum pump and the gas-inlet system switch automatically, number of cleaning cycles is programmable
  • Manual Mode available

Constant-Pressure Sintering Mode

  • Automatically regulate the intake and exhaust flow rates to maintain a slight positive pressure inside the furnace throughout the heating cycle.
  • Constant-pressure range: 105 000 Pa – 115 000 Pa.

Dual Explosion-Proof Settings (Pressure Control)

  • An electronic pressure transmitter is used to monitor exhaust pressure. When the chamber pressure exceeds the preset exhaust-pressure setpoint, the exhaust valve opens to accelerate venting.
  • A mechanical, explosion-proof relief valve is mounted at the top of the furnace chamber; it is set to open at 0.04 MPa

Electrical Components

  • All Electrical Components, Cables, and Cold-Pressed Terminals Use ABB Products

Data Acquisition and Recording
  • Temperature-curve data acquisition and logging
  • Pressure-variation-curve data acquisition and logging
  • All collected data is automatically saved to the local hard drive

Connectivity
  • Standard Ethernet port
  • Supports LAN and Internet connection for remote control and monitoring

Heating Elements

Mo Coil

MoSi2
  • 6 sets of Mo coils heating elements are built-in and replaceable 
  • The heating element of the Mo coil is consumable parts which should be ordered separately if extra is required. (click the pictures left to order spare)
  • The heating element can be replaced by MsSi2 to run the furnace under oxygen and air up to 1700°C (order picture below right to order spare)
  • Warning: Mo heating element cannot be used under air or oxygen at the temperature > 300°C
Gas Flow
  • Two 12 L/min float flowmeters, each independently controlling one of the two air inlet lines.
  • One for purging Inert gas prior to introducing H2 gas
  • One for controlling H2 gas flow
H2 Gas Burning Control System
and Hydrogen Detector
  • An ignition device already installed to incinerate flowing gas and detect burner temperature to ensure H2 burner is in working condition. If H2 does not burn properly, the controller will shut down the H2 gas delivery valve immediately
  • Hydrogen detector is to Enhanced safety for MTI Hydrogen Gas Tube Furnace

Water Cooling

(Optional) 
  • Chilled water is required. 
  • MTI recommend using a 58 L/min recirculating water chiller

Vacuum Pump
  • Vacuum pump is required
  • MTI recommend using a 240 L/min rotary vane pump or equivalent. 

Compliance
  • CE Certified
  • NRTL or CSA certification is available upon request at the extra cost


Application Notes
Attention: A free course of safety operation training at MTI field is required to purchase this furnace. A customer's side training is also available upon request at extra cost. If the users believe that they have sufficient experience and knowledge to handle the furnace in a dangerous or emergent situation, a liability release agreement must be signed at the purchase. MTI Corp. is not responsible for any damages caused by misuse without safety operation training. Any damages caused by the corrosive and acidic gases are not under the coverage of the MTI One Year Limited Warranty.

 

Product Information

Shipping & Returns

Description

KSL1700X-H2 is designed for material synthesis under dry hydrogen up to 1650ºC. The furnace consists of high-quality alumina fiber bricks and Mo alloy heating elements with a heating chamber of 8" x 8" x 8", as well as a vacuum-sealed steel case with a water cooling jacket and an automatic H2 burning system. It is an ideal tool for preparing new materials that require a reducing atmosphere, such as phosphorous and Ti alloy.


SPECIFICATIONS

Furnace Structure
  • Double-layer stainless steel structure for maximum vacuum and safety
  • Water cooling front door and air cooling shell
  • Built-in pressure gauge, vacuum valves, and two gas float meters
  • Built-in H2 burning control system - if the controller detects no flame in the burner, the gas delivery valve will be shut down automatically
Heated Chamber
  • Volume: 200 x 200 x 200 mm (8 x 8 x 8 inch), 8 Liter
  • Sample Load Capacity: 100kg Max.
  • Energy-saving 1800 grade fibrous alumina insulation
  • High purity Al2O3 coating
  • Warning: One Al2O3 fibrous door block is included. You must place the door block in the front of the chamber to block heat radiation, otherwise, may damage the sealing ring at high temperature and cause hydrogen gas leaking

Power
  • AC 208 - 240V single phase (50/60 Hz)
  • 9 KW
  • 50 Amp air breaker is required

Thermal
  • Continuous 1600°C
  • Max. 1650°C (< 60min)
  • Accuracy: +/- 1°C
  • Heating Rate:
    • 5°C/min (≤1200°C)
    • 2°C/min (1200°C to1600°C)

Thermocouple

 B type (control thermocouple and secondary alarm thermocouple)

Temperature Controller

Eurotherm Temperature Controller

  • 30 Segments
  • Temperature Control Accuracy ± 1 °C
  • Temperature Stability ± 0.1 °C

Features

Alarm Functions

  • Over-Temperature Alarm
  • Deviation Alarm
  • Thermocouple-Break Alarm
  • Furnace Chamber Pressure Alarm
  • Water-Chiller Alerts:
    • Low-Water-Level Alarm
    • Flow-Restriction Alarm
    • Pipeline Overpressure Alarm
    • High-Temperature Warning
    • Prompt to Activate Water Cooling Before Opening the Furnace

Protection Features

  • Overcurrent Protection
  • Overvoltage Protection
  • Leakage Protection

Automatic Furnace-Chamber Cleaning

  • The vacuum pump and the gas-inlet system switch automatically, number of cleaning cycles is programmable
  • Manual Mode available

Constant-Pressure Sintering Mode

  • Automatically regulate the intake and exhaust flow rates to maintain a slight positive pressure inside the furnace throughout the heating cycle.
  • Constant-pressure range: 105 000 Pa – 115 000 Pa.

Dual Explosion-Proof Settings (Pressure Control)

  • An electronic pressure transmitter is used to monitor exhaust pressure. When the chamber pressure exceeds the preset exhaust-pressure setpoint, the exhaust valve opens to accelerate venting.
  • A mechanical, explosion-proof relief valve is mounted at the top of the furnace chamber; it is set to open at 0.04 MPa

Electrical Components

  • All Electrical Components, Cables, and Cold-Pressed Terminals Use ABB Products

Data Acquisition and Recording
  • Temperature-curve data acquisition and logging
  • Pressure-variation-curve data acquisition and logging
  • All collected data is automatically saved to the local hard drive

Connectivity
  • Standard Ethernet port
  • Supports LAN and Internet connection for remote control and monitoring

Heating Elements

Mo Coil

MoSi2
  • 6 sets of Mo coils heating elements are built-in and replaceable 
  • The heating element of the Mo coil is consumable parts which should be ordered separately if extra is required. (click the pictures left to order spare)
  • The heating element can be replaced by MsSi2 to run the furnace under oxygen and air up to 1700°C (order picture below right to order spare)
  • Warning: Mo heating element cannot be used under air or oxygen at the temperature > 300°C
Gas Flow
  • Two 12 L/min float flowmeters, each independently controlling one of the two air inlet lines.
  • One for purging Inert gas prior to introducing H2 gas
  • One for controlling H2 gas flow
H2 Gas Burning Control System
and Hydrogen Detector
  • An ignition device already installed to incinerate flowing gas and detect burner temperature to ensure H2 burner is in working condition. If H2 does not burn properly, the controller will shut down the H2 gas delivery valve immediately
  • Hydrogen detector is to Enhanced safety for MTI Hydrogen Gas Tube Furnace

Water Cooling

(Optional) 
  • Chilled water is required. 
  • MTI recommend using a 58 L/min recirculating water chiller

Vacuum Pump
  • Vacuum pump is required
  • MTI recommend using a 240 L/min rotary vane pump or equivalent. 

Compliance
  • CE Certified
  • NRTL or CSA certification is available upon request at the extra cost


Application Notes
Attention: A free course of safety operation training at MTI field is required to purchase this furnace. A customer's side training is also available upon request at extra cost. If the users believe that they have sufficient experience and knowledge to handle the furnace in a dangerous or emergent situation, a liability release agreement must be signed at the purchase. MTI Corp. is not responsible for any damages caused by misuse without safety operation training. Any damages caused by the corrosive and acidic gases are not under the coverage of the MTI One Year Limited Warranty.

 

1650°C Max. High Temperature Hydrogen Atmosphere Box Furnace, (8 x 8 x 8") - KSL-1700X-H2 | MTI Online Store