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1400ÂșC Max Vacuum and Atmosphere Controlled Microwave Crucible Furnace with Water-cooled SS Chamber - KSL-VMW-1400
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1400ÂșC Max Vacuum and Atmosphere Controlled Microwave Crucible Furnace with Water-cooled SS Chamber - KSL-VMW-1400

1400ÂșC Max Vacuum and Atmosphere Controlled Microwave Crucible Furnace with Water-cooled SS Chamber - KSL-VMW-1400

KSL-VMW-1400 is a crucible microwave furnace in a stainless steel water-cooled chamber up to 1400ÂșC with two perpendicular microwave generators at the top and on the side. It comes with a programmable temperature controller to get a heating rate up to 50ÂșC/min and a temperature fluctuation of less than 2ÂșC for sintering air-sensitive materials under inert gas atmosphere

SPECIFICATIONS:

Furnace Features
  • Water-cooled stainless steel (SS 304) vacuum chamber with front door and window for shielding microwave radiation and keeping thermal insulating material dry.
  • Rapid heating up to 1400 °C
  • SiC foam as heating elements 
  • Precision temperature control with 30 segments programmable 
  • Quality thermal insulation material for max. energy saving.
Power
  • 2200W 
  • 208-240VAC, Single phase, 50/60Hz
Microwave
  • Two 1100W  magnetrons with water cooling
  • Frequency: 2.45 GHz ±25 MHz
  • Power Output: 2200W
  • Microwave leaking: ≀ 3 mW/cmÂČ at 1 meter away. 

Thermocouple
  • S type

Working Temperature
  • ≀1400ÂșC continuous 
  • Heating Rate:
    • Heating rate: 0 ~50°C / min programmable
    • The heating rate gradually drops, especially at temperatures over 800°C

Heating Elements 
  • SiC foam is employed as a microwave susceptor for auxiliary heating
  • One 40 mm Dia x 40 mm H (36 ml)   Alumina crucible is included and inserted inside the SiC disk

Temperature Controller
  • Advanced SCR temperature controller
  • 30 segments programmable for heating, dwelling, and cooling. 
  • Autotune function; Over-temperature and thermocouple broken protection
  • Control accuracy ±1.0 ÂșC

Vaccum Chamber
  • The vacuum chamber is air-tight with a pass inlet and outlet port and valves
  • Microwave sintering can be operated with inert gases after vacuum.
  • Note: The microwave furnace can not be operated under vacuum directly at >500°C due to plasma formation.  For sintering at  > 500°C, inert gases must be backfilled to near ambient pressure
  • Vacuum can reach 10e-2 torr after well baking with an optional mechanical pump.
  • Recirculating water chiller is required. Please click Pic 2  below to order
  •       
  • Note: The microwave is sensitive to moisture. Please always keep the chamber in a vacuum to keep thermal insulating material from moisture

Vacuum Pump

(Optional)
  • Vacuum can reach 10e-2 torr after well baking with an optional mechanical pump.

Water Chiller

(Optional)
  • Recirculating water chiller is required. Please click Pic 2  below to order
Application Note
  • Microwaves can easily generate plasma in a vacuum, which may damage the chamber sidewall sealing rings. It is REQUIRED to backfill inert gas to ambient pressure before use. Failure to do so will void the warranty.
Compliance
  • CE Certified
  • NRTL certification is available upon request at an extra cost

 

$9,051.00

Original: $25,860.00

-65%
1400ÂșC Max Vacuum and Atmosphere Controlled Microwave Crucible Furnace with Water-cooled SS Chamber - KSL-VMW-1400—

$25,860.00

$9,051.00

More Images

1400ÂșC Max Vacuum and Atmosphere Controlled Microwave Crucible Furnace with Water-cooled SS Chamber - KSL-VMW-1400 - Image 2
1400ÂșC Max Vacuum and Atmosphere Controlled Microwave Crucible Furnace with Water-cooled SS Chamber - KSL-VMW-1400 - Image 3

1400ÂșC Max Vacuum and Atmosphere Controlled Microwave Crucible Furnace with Water-cooled SS Chamber - KSL-VMW-1400

KSL-VMW-1400 is a crucible microwave furnace in a stainless steel water-cooled chamber up to 1400ÂșC with two perpendicular microwave generators at the top and on the side. It comes with a programmable temperature controller to get a heating rate up to 50ÂșC/min and a temperature fluctuation of less than 2ÂșC for sintering air-sensitive materials under inert gas atmosphere

SPECIFICATIONS:

Furnace Features
  • Water-cooled stainless steel (SS 304) vacuum chamber with front door and window for shielding microwave radiation and keeping thermal insulating material dry.
  • Rapid heating up to 1400 °C
  • SiC foam as heating elements 
  • Precision temperature control with 30 segments programmable 
  • Quality thermal insulation material for max. energy saving.
Power
  • 2200W 
  • 208-240VAC, Single phase, 50/60Hz
Microwave
  • Two 1100W  magnetrons with water cooling
  • Frequency: 2.45 GHz ±25 MHz
  • Power Output: 2200W
  • Microwave leaking: ≀ 3 mW/cmÂČ at 1 meter away. 

Thermocouple
  • S type

Working Temperature
  • ≀1400ÂșC continuous 
  • Heating Rate:
    • Heating rate: 0 ~50°C / min programmable
    • The heating rate gradually drops, especially at temperatures over 800°C

Heating Elements 
  • SiC foam is employed as a microwave susceptor for auxiliary heating
  • One 40 mm Dia x 40 mm H (36 ml)   Alumina crucible is included and inserted inside the SiC disk

Temperature Controller
  • Advanced SCR temperature controller
  • 30 segments programmable for heating, dwelling, and cooling. 
  • Autotune function; Over-temperature and thermocouple broken protection
  • Control accuracy ±1.0 ÂșC

Vaccum Chamber
  • The vacuum chamber is air-tight with a pass inlet and outlet port and valves
  • Microwave sintering can be operated with inert gases after vacuum.
  • Note: The microwave furnace can not be operated under vacuum directly at >500°C due to plasma formation.  For sintering at  > 500°C, inert gases must be backfilled to near ambient pressure
  • Vacuum can reach 10e-2 torr after well baking with an optional mechanical pump.
  • Recirculating water chiller is required. Please click Pic 2  below to order
  •       
  • Note: The microwave is sensitive to moisture. Please always keep the chamber in a vacuum to keep thermal insulating material from moisture

Vacuum Pump

(Optional)
  • Vacuum can reach 10e-2 torr after well baking with an optional mechanical pump.

Water Chiller

(Optional)
  • Recirculating water chiller is required. Please click Pic 2  below to order
Application Note
  • Microwaves can easily generate plasma in a vacuum, which may damage the chamber sidewall sealing rings. It is REQUIRED to backfill inert gas to ambient pressure before use. Failure to do so will void the warranty.
Compliance
  • CE Certified
  • NRTL certification is available upon request at an extra cost

 

Product Information

Shipping & Returns

Description

KSL-VMW-1400 is a crucible microwave furnace in a stainless steel water-cooled chamber up to 1400ÂșC with two perpendicular microwave generators at the top and on the side. It comes with a programmable temperature controller to get a heating rate up to 50ÂșC/min and a temperature fluctuation of less than 2ÂșC for sintering air-sensitive materials under inert gas atmosphere

SPECIFICATIONS:

Furnace Features
  • Water-cooled stainless steel (SS 304) vacuum chamber with front door and window for shielding microwave radiation and keeping thermal insulating material dry.
  • Rapid heating up to 1400 °C
  • SiC foam as heating elements 
  • Precision temperature control with 30 segments programmable 
  • Quality thermal insulation material for max. energy saving.
Power
  • 2200W 
  • 208-240VAC, Single phase, 50/60Hz
Microwave
  • Two 1100W  magnetrons with water cooling
  • Frequency: 2.45 GHz ±25 MHz
  • Power Output: 2200W
  • Microwave leaking: ≀ 3 mW/cmÂČ at 1 meter away. 

Thermocouple
  • S type

Working Temperature
  • ≀1400ÂșC continuous 
  • Heating Rate:
    • Heating rate: 0 ~50°C / min programmable
    • The heating rate gradually drops, especially at temperatures over 800°C

Heating Elements 
  • SiC foam is employed as a microwave susceptor for auxiliary heating
  • One 40 mm Dia x 40 mm H (36 ml)   Alumina crucible is included and inserted inside the SiC disk

Temperature Controller
  • Advanced SCR temperature controller
  • 30 segments programmable for heating, dwelling, and cooling. 
  • Autotune function; Over-temperature and thermocouple broken protection
  • Control accuracy ±1.0 ÂșC

Vaccum Chamber
  • The vacuum chamber is air-tight with a pass inlet and outlet port and valves
  • Microwave sintering can be operated with inert gases after vacuum.
  • Note: The microwave furnace can not be operated under vacuum directly at >500°C due to plasma formation.  For sintering at  > 500°C, inert gases must be backfilled to near ambient pressure
  • Vacuum can reach 10e-2 torr after well baking with an optional mechanical pump.
  • Recirculating water chiller is required. Please click Pic 2  below to order
  •       
  • Note: The microwave is sensitive to moisture. Please always keep the chamber in a vacuum to keep thermal insulating material from moisture

Vacuum Pump

(Optional)
  • Vacuum can reach 10e-2 torr after well baking with an optional mechanical pump.

Water Chiller

(Optional)
  • Recirculating water chiller is required. Please click Pic 2  below to order
Application Note
  • Microwaves can easily generate plasma in a vacuum, which may damage the chamber sidewall sealing rings. It is REQUIRED to backfill inert gas to ambient pressure before use. Failure to do so will void the warranty.
Compliance
  • CE Certified
  • NRTL certification is available upon request at an extra cost

 

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