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Specifications
Compare modelsSG $21,850.58
Inc. GST
The Nabertherm High Temperature Furnace LHTC 03/16/C550 is designed for advanced high-temperature applications. Featuring a SiC (Silicon Carbide) rod heating system, this furnace reaches a maximum temperature of 1600°C, making it ideal for sintering, ceramics, metal testing, and other high-temperature processes. The furnace is equipped with the C550 controller for precise temperature regulation and ease of use. Its innovative flap door design allows for easy sample insertion and retrieval while ensuring safety during operation. This furnace offers superior energy efficiency and uniform heat distribution, ensuring optimal results for demanding applications.
The Nabertherm High Temperature Furnace LHTC 03/16/C550 with flap door is perfect for laboratories and industries requiring reliable high-temperature processing with precise temperature control and energy-efficient operation.
SG $21,850.58
Inc. GST
Manufacturer P/N
LC034K6ON5
Part Number
6.235 199
Manufacturer
Nabertherm
Depth int.
210 mm
SG $16,289.72
Inc. GST
Manufacturer P/N
LC014H6ON1
Part Number
9.764 586
Manufacturer
Nabertherm
Depth int.
120 mm
SG $21,850.58
Inc. GST
Manufacturer P/N
LC034H6ON5
Part Number
9.764 587
Manufacturer
Nabertherm
Depth int.
210 mm
SG $37,814.17
Inc. GST
Manufacturer P/N
LC084H6ON8
Part Number
9.764 588
Manufacturer
Nabertherm
Depth int.
290 mm
SG $37,814.17
Inc. GST
Manufacturer P/N
LC084K6ON8
Part Number
9.764 592
Manufacturer
Nabertherm
Depth int.
290 mm
It is designed for advanced high-temperature applications. Featuring a SiC (Silicon Carbide) rod heating system, this furnace reaches a maximum temperature of 1600°C, making it ideal for sintering, ceramics, metal testing, and other high-temperature processes. The furnace is equipped with the C550 controller for precise temperature regulation and ease of use. Its innovative flap door design allows for easy sample insertion and retrieval while ensuring safety during operation. This furnace offers superior energy efficiency and uniform heat distribution, ensuring optimal results for demanding applications.
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6 mins read
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