Industrial Furnace
Chamber Furnace ICF – Up to 1300 °C Without Forced Circulation
Radiation-Based Heating for Sintering, Calcining and High-Temperature Hardening
The ICF chamber furnace is designed without air circulation and is ideally suited for processes above 860 °C, where radiation is the primary heat transfer mode. Tube heating elements radiate directly onto the batch, efficient, low-maintenance and precise.
Equipment: Ceramic floor tile · Tube heating elements with free radiation · Downward-opening counterbalanced doors · PID controller · Semiconductor relay · Over-temperature protection · Ventilation
Options: Brick-lined chamber/door · SiC floor tiles · Heat-resistant stainless-steel floor plate · Cooling fan · Inert gas connection · Automatic door opening · Zone control · RS232/RS485
Technical Specifications
| Temperature Range | 50–1300 °C |
| Control | PID controller, semiconductor relay, Type K |
Applications
- Sintering and calcining
- High-temperature hardening
- Ceramic firing
- Carburising and cementation
Frequently Asked Questions
Up to what temperature can the ICF be used?
The ICF is designed for temperatures up to 1300 °C, covering demanding high-temperature processes such as sintering and calcining.
Why does the ICF not have air circulation?
At temperatures above 860 °C, heat is transferred primarily by radiation. A fan would be ineffective and subject to rapid wear. Tube heating elements with free radiation are the optimal solution in this range.