Carbolite Gero Limited Datasheets for Laboratory Furnaces
Laboratory furnaces provide continuous heating to process samples and materials.
Laboratory Furnaces: Learn more
| Product Name | Notes |
|---|---|
| Thermocouple Calibration Furnace Carbolite's 1200°C Thermocouple Calibration Furnaces can calibrate most types of thermocouples up to 1200°C (2192°F), and accept thermocouples up to 7.5 mm diameter. These unique thermocouple calibration... | |
| Carbolite's ELF drop down door box furnaces offer fast heat-up times enhanced by their special low mass ceramic fiber chambers and superb chamber heat uniformity. Available with 6, 14, and... | |
| Air inlets located in front of chamber and outlet chimney in rear facilitate natural convective air flow. Maximum operating temperature of 1100°C. Chamber air flow provides oxygen to enhance ashing... | |
| Air inlets located in front of chamber and outlet chimney in rear facilitate natural convective air flow. Maximum operating temperature of 1100°C. Chamber air flow provides oxygen to enhance ashing... | |
| Excellent chamber uniformity. Drop-down door serves as a shelf when loading and unloading samples. Positive break door safety switch isolates power to the heating elements when door is opened. Fast... | |
| Heating elements located on both sides of chamber ensure excellent thermal uniformity. All Carbolite standard 1800°C furnaces are fitted with 3216P1 programmer and a separate independent over-temperature protection controller. Long-life... | |
| Heating elements located on both sides of chamber ensure good thermal uniformity. All Carbolite standard 1700°C furnaces are fitted with 3216P1 programmer and a separate independent over-temperature protection controller. Long-life... | |
| Heating elements located on both sides of chamber ensure good thermal uniformity. All Carbolite standard 1700°C and 1800°C furnaces are fitted with 3216P1 programmer and a separate independent over-temperature protection... | |
| Heating elements located on both sides of chamber ensure good thermal uniformity. All Carbolite standard 1700°C furnaces are fitted with 3216P1 programmer and a separate independent over-temperature protection controller. Long-life... | |
| Laboratory scale rotary batch furnace provides agitation of powdered solids under controlled atmosphere and temperature environment. Maximum operating temperature of 1100°C. Designed to simulate larger industrial rotary calcining processes in... | |
| Maximum operating temperature of 1000°C. Rapid heat-up to operating temperature. Integral ceramic work tube with external element winding creates furnace chamber. Integral ceramic work tube is convenient and suitable for... | |
| Maximum operating temperature of 1100°C. Two high power side heating elements provide enhanced heat-up and chamber uniformity. Graded element winding further optimizes chamber uniformity. Dense refractory around chamber entrance resists... | |
| Maximum operating temperature of 1100°C Two high power side heating elements provide enhanced heat-up and chamber uniformity. Graded element winding further optimizes chamber uniformity. Dense refractory around chamber entrance resists... | |
| Maximum operating temperature of 1100°C. Extremely fast heat-up rates provided by two high power side heating elements. Graded element winding and free radiating coil design provide excellent chamber uniformity. Vertical... | |
| Maximum operating temperature of 1200°C. Designed to accept process tubes up to 6.5 inch OD. Insulating end vestibules improve chamber uniformity and incorporate interchangeable tube adapters. These tube adapters allow... | |
| Maximum operating temperature of 1200°C. Excellent chamber uniformity provided by elements positioned on four sides of chamber. Door handle and hinge mechanism conveniently raises door plug upward and to the... | |
| Maximum operating temperature of 1200°C. Rapid heat-up to operating temperature. Integral ceramic work tube with external element winding creates furnace chamber. Integral ceramic work tube is convenient and suitable for... | |
| Maximum operating temperature of 1200°C. Rugged construction for heavy-duty heat treating requirements. High power free radiating side heating elements provide fast heat-up and enhanced chamber uniformity. Vertical lift door design... | |
| Maximum operating temperature of 1200°C. Split-hinge design allows for convenient process observation, enhanced cooling, and easy fixturing of the process tube. Designed to accept process tubes up to 4 inch... | |
| Maximum operating temperature of 1200°C. Two high power side heating elements provide enhanced heat-up and chamber uniformity. Graded element winding further optimizes chamber uniformity. Dense refractory around chamber entrance resists... | |
| Maximum operating temperature of 1200°C. Extremely fast heat-up rates provided by two high power side heating elements. Graded element winding and free radiating coil design provide excellent chamber uniformity. Vertical... | |
| Maximum operating temperature of 1300°C. Rugged construction for heavy-duty heat treating requirements. High power free radiating side heating elements provide fast heat-up and enhanced chamber uniformity. Vertical lift door design... | |
| Maximum operating temperature of 1300°C. Two high power side heating elements provide enhanced heat-up and chamber uniformity. Graded element winding further optimizes chamber uniformity. Dense refractory around chamber entrance resists... | |
| Maximum operating temperature of 1400°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... | |
| Maximum operating temperature of 1500°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... | |
| 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... | |
| Maximum operating temperature of 1700°C. Convenient loading of chamber through electrically actuated lift mechanism. Superior sample uniformity is obtained by positioning elements on all sides of hexagon shaped chamber. All... | |
| Maximum operating temperature of 1700°C. Split-hinge design provided with vertical support stand. Overall heated length of 10 inch. Designed to accept process tubes up to 3.5 inch OD (90 mm). | |
| Maximum operating temperature of 1700°C. Convenient loading of chamber through electrically actuated lift mechanism. Superior sample uniformity is obtained by positioning elements on all sides of hexagon shaped chamber. All... | |
| Maximum operating temperature of 1800°C. Available in heated lengths of 8 inch and 14 inch. Each PVT furnace is designed to accept a different diameter process tube. Models available for... | |
| Maximum operating temperature of 1800°C. Convenient loading of chamber through electrically actuated lift mechanism. Superior sample uniformity is obtained by positioning elements on all sides of hexagon shaped chamber. All... | |
| Maximum operating temperature of 750°C. Long-life mineral insulated sheathed heating elements are provided on both sides of the chamber. Powerful centrifugal fan forces air over the heating elements for efficient... | |
| Maximum operating temperature of 900°C. Rapid heat-up to operating temperature. Integral ceramic work tube with external element winding creates furnace chamber. Integral ceramic work tube is convenient and suitable for... | |
| Maximum operating temperatures of 1200ºC. Carbolite HVT vacuum tube furnaces provide vacuum levels better than 1 x 10-5 mbar. These turn-key systems include two stage sliding vane rotary pump, water... | |
| Maximum operating temperatures of 1500°C. Furnaces incorporate low thermal mass ceramic fiber insulation for improved heat-up rates. Long-life free radiating silicon carbide heating elements provide excellent radial and linear chamber... | |
| Maximum operating temperatures of 1500°C. Mini design offered with 7 inch heated length, for use with process tubes up to 2.25 inch OD. Furnaces incorporate low thermal mass ceramic fiber... | |
| Maximum operating temperatures of 1500°C. Three zone tube furnaces provide a longer uniform temperature zone through elevation of end zone temperatures to compensate for normal end losses. Furnaces incorporate low... | |
| Maximum operating temperatures of 1500ºC. Carbolite HVT vacuum tube furnaces provide vacuum levels better than 1 x 10-5 mbar. These turn-key systems include two stage sliding vane rotary pump, water... | |
| Maximum operating temperatures of 1600°C. Furnaces incorporate low thermal mass ceramic fiber insulation for improved heat-up rates. Long-life free radiating silicon carbide heating elements provide excellent radial and linear chamber... | |
| Maximum operating temperatures of 1600°C. Mini design offered with 7 inch heated length, for use with process tubes up to 2.25 inch OD. Furnaces incorporate low thermal mass ceramic fiber... | |
| Maximum operating temperatures of 1600°C. Three zone tube furnaces provide a longer uniform temperature zone through elevation of end zone temperatures to compensate for normal end losses. Furnaces incorporate low... | |
| Maximum operating temperatures of 1700°C. Use with process tubes up to 3.5 inch OD. All Carbolite 1700°C tube furnaces are fitted with a 3216P1 programmable temperature control and a separate... | |
| Maximum operating temperatures of 1700°C. Use with process tubes up to 3.5 inch OD. Three zone tube furnaces provide a longer uniform temperature zone through elevation of end zone temperatures... | |
| 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... | |
| Maximum operating temperatures of 1800°C. Use with process tubes up to 3.5 inch OD. Three zone tube furnaces provide a longer uniform temperature zone through elevation of end zone temperatures... | |
| Three zone provides enhanced linear temperature uniformity. Maximum operating temperature of 1200°C. Rapid heat-up to operating temperature. Integral ceramic work tube with external element winding creates furnace chamber. Integral ceramic... |