Labotemp Controlled Atmosphere Furnace FMU-16 is engineered for laboratories that require reliable high temperature processing with controlled gas environments. Designed as a box type muffle furnace, it operates up to 1200 °C and integrates three sided resistance heating to achieve uniform heat distribution across the chamber. A PID controlled system with digital display ensures accurate temperature regulation with ±1 °C precision, supporting consistent experimental and testing outcomes.
The furnace incorporates a vacuum sealed chamber with dedicated gas inlet and outlet ports, enabling the use of nitrogen argon oxygen and other inert gases for atmosphere controlled processes. The programmable controller allows flexible multi stage heating profiles, while built in safety mechanisms such as over temperature protection fault alarms and automatic shutdown ensure safe laboratory operation. FMU 02 is suitable for ceramic and powder sintering calcination annealing carbon material treatment lithium battery material research and general laboratory research and material testing.
Why choose Labotemp Controlled Atmosphere Furnace FMU-16?
✓ Advanced control accuracy: PID based temperature management with stable output supports repeatable and precise thermal processes
✓ Enhanced safety assurance: Integrated temperature protection system with alarms fault detection and automatic safety shutdown
✓ Optimized atmosphere performance: Vacuum sealed chamber with inert gas system enables controlled atmosphere processing for sensitive materia
| No. | Specification | Value |
|---|---|---|
| 1 | Maximum temperature | 1200 ℃ |
| 2 | Common operating temperature | < 1100 ℃ |
| 3 | Voltage | AC 220V, 50HZ |
| 4 | Power | 3kw |
| 5 | Heating Element | Resistor wire |
| 6 | Thermo couple | Type K |
| 7 | Display mode | Digital display |
| 8 | Temperature control accuracy | ±1℃ |
| 9 | Heating Method | Three-sided heating left, right and top are heated by default |
| 10 | Heating Rate | 0 to 20 ℃ / min (recommend keeping rate ≤ 10 ℃ / min for best results) |
| 11 | Furnace structure | Integrated compact design with a step-like joint structure; designed to distribute mechanical force evenly during heating and to reduce heat loss |
| 12 | Furnace material | High-quality multi-crystalline ceramic fibers with high alumina content — resistant to rapid cooling/heating and offering excellent thermal insulation |
| 13 | Safety protection features | Protection for temperature deviation, over-temperature warning, phase-loss warning, and over-flow protection |
| 14 | Can Accommodate Gas | Can accommodate oxygen, carbon monoxide, nitrogen, argon, and other inert gases (for atmosphere applications) |
| 15 | Furnace door sealing | Door machined by overall plane grinding and milling; silicone strips embedded for sealing — strong seal and easy opening/closing |
| 16 | Maximum vacuum degree | Cold state: −0.1 MPa (not guaranteed for hot state) |
| 17 | Internal Dimension (mm) | 200×150×150 |
| 18 | Package Size | 800x800x1300mm |
| 19 | Gross Weight | 185kg |
| 20 | Net Weight | 93kg |
Heat treatment of metals and ceramics, sintering and calcination processes, annealing and stress-relief operations, ash and thermal analysis of samples, controlled atmosphere material testing, and high-temperature research and industrial R&D processing
