MFL Muffle Furnace

MFL muffle furnace is suitable for various colleges and universities laboratories, industrial and mining enterprise laboratories, for chemical analysis, coal quality analysis, physical determination, sintering and dissolution of metals and ceramics, heating, roasting, and drying of small workpieces, etc. For heat treatment.

Technical Parameter:
1. Furnace size: 1.9 liters
2. Temperature stability: ±1℃
3. Temperature: 1200℃ (Maximum temperature is 1400℃)
4. Rushing temperature value: ≤1-3℃
5. Heating speed: freely set within 9999 minutes, generally it can rise to 1000°C within 10 minutes
6. Furnace material: Polycrystalline composite fiber material is used, which has the characteristics of vacuum forming and no powder loss at high temperature. The outer layer is made of ceramic fiber cotton, which has good heat preservation effect and the outer shell is not hot.

Heating Control Performance:
1. Power supply voltage: 220V/380V (380V for large furnace and high power)
2. Power rate: 0—-6KW
3. Heating element: special silicon carbon rod (special material and technology, no deformation, fatigue resistance, and not easy to break)
4. Control mode: program control, fuzzy PID adjustment, thyristor output
5. PID parameter self-tuning function, manual/automatic non-interference switching function
6. Over temperature alarm function,
7. Programmable more than 30 segments
8. Instrument accuracy: 0.2% F.S
9. The heating power can be automatically adjusted according to the set heating conditions, highlighting the energy-saving effect
10. Display window: measuring temperature, dual display of set temperature, heating power bar display
11. Energy-saving performance: light weight, fast heating, energy saving of more than 80%, saving time and effort
12. Control features: modular structure of control system, long-life design of key parts of equipment, simple and reliable process, good stability and high precision

Note: Due to technological progress, the information will be changed without notice. The product is subject to the actual product in the later period.