Carbolite BLF-High Temperature Bottom Loading Furnaces BLF 17-8 1700℃
This furnace provides the following advantages: easy loading of samples and uniform heating achieved by locating elements in all six side walls of the chamber.The 1600℃ is ideal for sintering of zirconia dental crowns and frameworks.The silicon carbide heating elements will not cause discolouration of the zirconia.
Carbolite BLF-High Temperature Bottom Loading Furnaces BLF 17-8 1700℃
Technical Specification
Max. temp. [℃]
1700
Heat-up time [mins]
80
Max. continuous operating temp. [℃]
1600
Dimensions: Usable chamber H x W x D [mm]
250 x 200
Dimensions: External H x W x D [mm]
1950 x 1360 x 880 (Floor-standing)
Dimensions: External with door open H x W x D [mm]
Temperature uniformity of ±5℃ within H x W x D [mm]
Volume [litres]
8
Max. power [W]
8130
Holding power [W]
Thermocouple type
B
Furnace Weight [kg]
424
Retort Volume [litres]
Max. temp with Retort
Dimensions External Overall Size
Retort Internal Size
Uniform volume ± 5℃
Uniformi
This furnace provides the following advantages: easy loading of samples and uniform heating achieved by locating elements in all six side walls of the chamber.The 1600℃ is ideal for sintering of zirconia dental crowns and frameworks.The silicon carbide heating elements will not cause discolouration of the zirconia.
Standard features
1600℃,1700℃ & 1800℃ maximum operating temperature 3 to 21 litre capacities Programmable 3216P1 controller Ideal for: sintering high performance ceramics,melting glass under high temperature or working with modified atmospheres Rapid heating & cooling cycles can be achieved through raising & lowering the hearth Electrically operated elevator hearth protects operator from the chamber's radiant heat Hearth cage with safety interlock Excellent temperature uniformity as a result of the hexagonal chamber Overtemperature protection to protect load or furnace during unattended operation 1600℃ model heated by silicon carbide elements 1700℃ & 1800℃ models heated by molybdenum disilicide elements
Options (specify these at time of order)
A range of sophisticated digital controllers,multi-segment programmers and data loggers is available. These can be fitted with RS232,RS485 or Ethernet communications Compatible crucibles Modified hearth for the introduction of gases into an inverted crucible (not gas tight) Radiation shutter Customised options including: adaptation to introduce thermocouple or stirrer through the chamber roof and rotating hearth Plasma sprayed alumina protection tube to protect heating elements from sample contamination Content may be subject to modifications or corrections
1600℃,1700℃ & 1800℃ maximum operating temperature 3 to 21 litre capacities Programmable 3216P1 controller Ideal for: sintering high performance ceramics,melting glass under high temperature or working with modified atmospheres Rapid heating & cooling cycles can be achieved through raising & lowering the hearth Electrically operated elevator hearth protects operator from the chamber's radiant heat Hearth cage with safety interlock Excellent temperature uniformity as a result of the hexagonal chamber Overtemperature protection to protect load or furnace during unattended operation 1600℃ model heated by silicon carbide elements 1700℃ & 1800℃ models heated by molybdenum disilicide elements
Options (specify these at time of order)
A range of sophisticated digital controllers,multi-segment programmers and data loggers is available. These can be fitted with RS232,RS485 or Ethernet communications Compatible crucibles Modified hearth for the introduction of gases into an inverted crucible (not gas tight) Radiation shutter Customised options including: adaptation to introduce thermocouple or stirrer through the chamber roof and rotating hearth Plasma sprayed alumina protection tube to protect heating elements from sample contamination Content may be subject to modifications or corrections
