These models have continuous operating temperatures of 1400°C and 1800°C. These furnaces are made using advanced refractory interior, used in combination with energy efficient low thermal mass insulation and molybdenum disilicide elements, which radiate heat directly onto the workpiece
The swivel type door opens outwards keeping the hot face insulation away from the operator. The furnace door entrance is made from wear resistant Alumina bricks to enhance performance. The use of double skin construction allows natural air convection to maintain a cool outer case for maximum operating safety and comfort at highest temperatures of operation.
These units are fired using specially developed power supplies to take care of varying resistance of molybdenum disilicide elements with time and temperature of operation. Over temperature pro-tection is fitted as standard.
Over-temperature protection: This option is recommended to protect valuable contents & for unattended operation.
Data logging and remote controlled controllers: A range of sophisticated digital controllers, multi-segment programmers and data loggers is available. These can be fitted with RS232 and RS485.

Our Standard Models
Code VS-1500V1
Continuous Operating Temp (C) 1500
Time to Temp (minutes)
Internal Dimension (mm) hxwxd 150x150x200
External Dimensions (mm) hxwxd
Chamber Capacity (Lt.)
Sensing Thermocouple R
Power (kW)
Code VS-1500V2
Continuous Operating Temp (C) 1500
Time to Temp (minutes)
Internal Dimension (mm) hxwxd 100x150x150
External Dimensions (mm) hxwxd
Chamber Capacity (Lt.)
Sensing Thermocouple R
Power (kW)
Our Standard Models
Code VS-1600V1
Continuous Operating Temp (C) 1600
Time to Temp (minutes)
Internal Dimension (mm) hxwxd 150x150x200
External Dimensions (mm) hxwxd
Chamber Capacity (Lt.)
Sensing Thermocouple B
Power (kW)
Code VS-1600V2
Continuous Operating Temp (C) 1600
Time to Temp (minutes)
Internal Dimension (mm) hxwxd 100x150x150
External Dimensions (mm) hxwxd
Chamber Capacity (Lt.)
Sensing Thermocouple B
Power (kW)
Our Standard Models
Code VS-1700V1
Continuous Operating Temp (C) 1700
Time to Temp (minutes)
Internal Dimension (mm) hxwxd 150x150x150
External Dimensions (mm) hxwxd
Chamber Capacity (Lt.)
Sensing Thermocouple B
Power (kW)
Code VS-1700V2
Continuous Operating Temp (C) 1700
Time to Temp (minutes)
Internal Dimension (mm) hxwxd 100x150x150
External Dimensions (mm) hxwxd
Chamber Capacity (Lt.)
Sensing Thermocouple B
Power (kW)
Our Standard Models
Code VS-1800V1
Continuous Operating Temp (C) 1800
Time to Temp (minutes)
Internal Dimension (mm) hxwxd 150x150x150
External Dimensions (mm) hxwxd
Chamber Capacity (Lt.)
Sensing Thermocouple B
Power (kW)
Code VS-1800V2
Continuous Operating Temp (C) 1800
Time to Temp (minutes)
Internal Dimension (mm) hxwxd 100x150x150
External Dimensions (mm) hxwxd
Chamber Capacity (Lt.)
Sensing Thermocouple B
Power (kW)

Optional

  • Metal Retorts – A variety of metal retorts are available for use with this range of furnaces. This type of retort is generally used to cater for the following process conditions: a. To maintain controlled atmospheres within the heated chamber; b. To protect the heating elements and insulation from chemical attack by aggressive volatiles given off by fluxes, acids, etc.
  • Four Sided Heating – This option upgrades the standard two sided heating to four sided heating and is recommended in the following circumstances: For use with metal retorts and ceramic liners; To improve chamber temperature uniformity to meet specific process requirements; To up rate the furnace power to cope with large lo.
  • Gas Purging – This option upgrades the standard of furnace
  • Thermocouple – This option upgrades the standard of thermocouple
  • Over Temperature – This option is recommended to protect valuable contents & for unattended operation.
  • Data Logging & Remote Controllers – A range of sophisticated digital controllers, multi-segment programmers and data loggers is available. These can be fitted with RS232 and RS485.
VS-MUFFLE FURNACE STANDARD MODELS
Model Working Temperature Width (mm) Height (mm) Depth (mm) Volume (Lt) Heaters Thermocoouple Type
VS-MF1000V2/151520 1000 150 150 200 4.5 Metailic K
VS-MF1100V2/151520 1100 150 150 200 4.5 Metallic K
VS-MF1100V3/202030 1100 200 200 300 12 Metallic K
VS-MF1200V2151520 1200 150 150 200 4.5 Metallic K
VS-MF1200V3/202030 1200 200 200 300 12 Metallic K
VS-MF1200V4/303030 1200 300 300 300 27 Metallic K
VS-MF1400V2/151520 1400 150 150 200 4.5 SiC R
VS-MF1400V3/202030 1400 200 200 300 12 SiC R
VS-MF1400V4/303030 1400 300 300 300 27 SiC R
VS-MF1350V2/151520 1350 150 150 200 4.5 SiC R
VS-MF1500V1/101515 1500 100 150 150 2.25 MoSi2 R
VS-MF1500V2/151520 1500 150 150 200 4.5 MoSi2 R
VS-MF1500V3/202030 1500 200 200 300 12 MoSi2 R
VS-MF1600V1/101515 1600 100 150 150 2.25 MoSi2 B
VS-MF1600V2/151520 1600 150 150 200 4.5 MoSi2 B
VS-MF1600V3/202030 1600 200 200 300 12 MoSi2 B
VS-MF1700V1/101515 1700 100 150 150 2.25 MoSi2 B
VS-MF1700V2/151520 1700 150 150 200 4.5 MoSi2 B
VS-MF1700V3/202030 1700 200 200 300 12 MoSi2 B
VS-MF1800V1/101515 1800 100 150 150 2.25 MoSi2 B
VS-MF1800V2/151520 1800 150 150 200 4.5 MoSi2 B
VS-MF1800V3/202030 1800 200 200 300 12 MoSi2 B
  • Temperature Control: Phase angle fired Thyristor based, driven by programmable (PID) profile controller
  • Insulation: Vacuum Formed Ceramic Fiber Insulation
  • Thermocouple Protection: Alumina or Inconel Sheath depending on maximum operating temperature
  • Safety Features: As per user requirement
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