Carbolite Gero LimitedWire Wound Tube FurnaceCTF 18/300
Description
Maximum operating temperatures of 1800°C.
Use with process tubes up to 3.5 inch OD.
All Carbolite 1800°C tube furnaces are fitted with a 3216P1 programmable temperature control and a separate independent over-temperature protection control.
Long-life free radiating molybdenum disilicide heating elements provide excellent radial and linear uniformity.
Advanced high temperature graded insulation assembly provides improved energy efficiency and heat-up rates.
Furnace controls are built into the furnace cabinetry, providing convenient observation and access to all power and temperature controls.
Low outer case temperature provided through double shell construction.
Mesh tube guards at ends of furnace prevent accidental contact with hot tube.
Insulating end vestibules improve chamber uniformity.
Molybdenum disilicide element resistance does not change with usage, providing no restriction on placement of a new element in circuit with older elements.
Serviceability is aided by furnace mechanical and electrical design.
Carbolite Gero Limited
Done
Description
Maximum operating temperatures of 1800°C.
Use with process tubes up to 3.5 inch OD.
All Carbolite 1800°C tube furnaces are fitted with a 3216P1 programmable temperature control and a separate independent over-temperature protection control.
Long-life free radiating molybdenum disilicide heating elements provide excellent radial and linear uniformity.
Advanced high temperature graded insulation assembly provides improved energy efficiency and heat-up rates.
Furnace controls are built into the furnace cabinetry, providing convenient observation and access to all power and temperature controls.
Low outer case temperature provided through double shell construction.
Mesh tube guards at ends of furnace prevent accidental contact with hot tube.
Insulating end vestibules improve chamber uniformity.
Molybdenum disilicide element resistance does not change with usage, providing no restriction on placement of a new element in circuit with older elements.
Serviceability is aided by furnace mechanical and electrical design.
Maximum operating temperatures of 1800°C.
Use with process tubes up to 3.5 inch OD.
All Carbolite 1800°C tube furnaces are fitted with a 3216P1 programmable temperature control and a separate independent over-temperature protection control.
Long-life free radiating molybdenum disilicide heating elements provide excellent radial and linear uniformity.
Advanced high temperature graded insulation assembly provides improved energy efficiency and heat-up rates.
Furnace controls are built into the furnace cabinetry, providing convenient observation and access to all power and temperature controls.
Low outer case temperature provided through double shell construction.
Mesh tube guards at ends of furnace prevent accidental contact with hot tube.
Insulating end vestibules improve chamber uniformity.
Molybdenum disilicide element resistance does not change with usage, providing no restriction on placement of a new element in circuit with older elements.
Serviceability is aided by furnace mechanical and electrical design.
Maximum operating temperatures of 1800°C.
Use with process tubes up to 3.5 inch OD.
All Carbolite 1800°C tube furnaces are fitted with a 3216P1 programmable temperature control and a separate independent over-temperature protection control.
Long-life free radiating molybdenum disilicide heating elements provide excellent radial and linear uniformity.
Advanced high temperature graded insulation assembly provides improved energy efficiency and heat-up rates.
Furnace controls are built into the furnace cabinetry, providing convenient observation and access to all power and temperature controls.
Low outer case temperature provided through double shell construction.
Mesh tube guards at ends of furnace prevent accidental contact with hot tube.
Insulating end vestibules improve chamber uniformity.
Molybdenum disilicide element resistance does not change with usage, providing no restriction on placement of a new element in circuit with older elements.
Serviceability is aided by furnace mechanical and electrical design.
