Muffle Furnace FM-MF-A200

Muffle Furnace FM-MF-A200

Muffle Furnace FM-MF-A200 is designed for high-temperature applications, particularly in laboratories that require controlled heating and routine operations of various materials. A loading capacity of 12 L that works within a temperature range of up to 1200 °C further enhances its versatility. Simplified with a digital PID controller ensuring both precision and user-friendly operation. Its impressive performance-to-size ratio and rapid heat-up capabilities make it an excellent choice for various scientific research.

  •  Equipped with ceramic fiber insulation to prevent overheating and short-circuiting
  •  Advanced sensor alarm functionality ensures precise monitoring and alerts
  •  Auto-tuning capability enhances efficiency and performance
  •  An intuitive menu design simplifies operation for all users
  •  Conveniently designed door handles make access hassle-free
  •  The control panel clearly presents current and target temperatures
  •  A high-performance fan motor guarantees consistent air distribution
  •  Reliably achieves and maintains the desired temperature
  •  User-friendly and easy-to-maintain design
  •  Incorporates over-temperature protection for safety
  •  Delivers low-noise operation with gentle air currents
  •  Utilizes a forced exhaust system for added functionality
  •  Robust and heat-resistant exterior, often constructed from stainless steel for durability

Capacity 12 Liters
Maximum Temperature 1100°C up to 1200°C
Operating Temperature Range 300°C to 1000°C
Temperature Control Digital PID controller, program type (5 pattern 18 segment)
Timer 99Hr 59min
Thermocouple K-type
Insulation Ceramic fiber
Internal Material Ceramic fiber
External Material Steel plate with powder coating
Heater Capacity 3.4 Kw
Power AC 220V, 50/60Hz, 1-Phase
Internal Dimension (W×D×H) 200×300×200 mm
External Dimension (W×D×H) 480×550×680 mm
Weight 40 Kg

These are used in a wide range of laboratory and industrial applications. Common uses include heat treatment of metals, ceramics production, glass fusing, and various analytical and research purposes.