Carbolite Gero LimitedLaboratory High Temperature FurnaceRHF 16/35
Description
Maximum operating temperature of 1600°C.
Heating elements located on both sides of chamber ensure good thermal uniformity.
Vertical lift door design keeps hot door insulation away from operator.
Long-life silicon carbide heating elements are resistant to mechanical damage and chemical attack.
Hard ceramic hearth provides excellent resistance to wear and spillage.
Low thermal mass insulation improves energy efficiency and heat-up rates.
Unique feature allows increase of power to the heating elements to always achieve original heat-up performance as elements resistance increases with age.
Positive break door safety switch isolates power to the heating elements when door is opened.
Low outer case temperature provided through double shell construction.
Chamber vent provides for process exhaust.
Small case size conserves bench space of bench top units.
Choice of Model 301 control or programmers.
Serviceability is aided by furnace mechanical and electrical design.
Choice of multiple accessories and options.
Carbolite Gero Limited
Done
Description
Maximum operating temperature of 1600°C.
Heating elements located on both sides of chamber ensure good thermal uniformity.
Vertical lift door design keeps hot door insulation away from operator.
Long-life silicon carbide heating elements are resistant to mechanical damage and chemical attack.
Hard ceramic hearth provides excellent resistance to wear and spillage.
Low thermal mass insulation improves energy efficiency and heat-up rates.
Unique feature allows increase of power to the heating elements to always achieve original heat-up performance as elements resistance increases with age.
Positive break door safety switch isolates power to the heating elements when door is opened.
Low outer case temperature provided through double shell construction.
Chamber vent provides for process exhaust.
Small case size conserves bench space of bench top units.
Choice of Model 301 control or programmers.
Serviceability is aided by furnace mechanical and electrical design.
Choice of multiple accessories and options.
Maximum operating temperature of 1600°C.
Heating elements located on both sides of chamber ensure good thermal uniformity.
Vertical lift door design keeps hot door insulation away from operator.
Long-life silicon carbide heating elements are resistant to mechanical damage and chemical attack.
Hard ceramic hearth provides excellent resistance to wear and spillage.
Low thermal mass insulation improves energy efficiency and heat-up rates.
Unique feature allows increase of power to the heating elements to always achieve original heat-up performance as elements resistance increases with age.
Positive break door safety switch isolates power to the heating elements when door is opened.
Low outer case temperature provided through double shell construction.
Chamber vent provides for process exhaust.
Small case size conserves bench space of bench top units.
Choice of Model 301 control or programmers.
Serviceability is aided by furnace mechanical and electrical design.
Choice of multiple accessories and options.
Maximum operating temperature of 1600°C.
Heating elements located on both sides of chamber ensure good thermal uniformity.
Vertical lift door design keeps hot door insulation away from operator.
Long-life silicon carbide heating elements are resistant to mechanical damage and chemical attack.
Hard ceramic hearth provides excellent resistance to wear and spillage.
Low thermal mass insulation improves energy efficiency and heat-up rates.
Unique feature allows increase of power to the heating elements to always achieve original heat-up performance as elements resistance increases with age.
Positive break door safety switch isolates power to the heating elements when door is opened.
Low outer case temperature provided through double shell construction.
Chamber vent provides for process exhaust.
Small case size conserves bench space of bench top units.
Choice of Model 301 control or programmers.
Serviceability is aided by furnace mechanical and electrical design.
