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Muffle Furnace FMU-22
Labotemp Muffle Furnace
Labotemp Muffle Furnace

Muffle Furnace FMU-22

Labotemp Muffle Furnace FMU-22 is a high-temperature laboratory muffle furnace engineered for demanding sintering, ceramic research, metal material testing, and advanced composite processing applications requiring stable thermal performance up to 1700°C. Built around premium 1800-grade MoSi2 heating rods with excellent high-temperature oxidation resistance, this furnace delivers consistent and clean heat treatment in a 12-litre chamber (300×200×200mm). The high-purity ultra-clean alumina polycrystalline fiber insulation, vacuum-formed for exceptional chemical stability, effectively prevents sample contamination and ensures sintering purity across critical research workflows. 

The dual-carbon shell air-cooled structure with built-in forced convection keeps the furnace surface within room temperature +45°C, ensuring operator safety during continuous high-temperature operation. A 50-segment programmable digital PID intelligent control system paired with precision B-type thermocouples delivers ±1°C temperature accuracy and repeatable thermal profiles for complex research protocols. With 6kW single-phase power supply and optional gas inlet/outlet, exhaust port, touchscreen, and RS485 communication interface, the FMU-22 supports both standard and atmosphere-controlled sintering environments. 

Why Choose Labotemp Muffle Furnace FMU-22? 

✓ Extreme temperature capability: MoSi2 heating rods enable stable continuous operation up to 1600°C with 1700°C peak performance 
✓ Precise programmable control: 50-segment PID controller with B-type thermocouples delivers ±1°C accuracy for repeatable results 
✓ Safe surface design: Air-cooled dual-carbon shell structure maintains cool exterior for secure daily laboratory operation

$7236
Datasheet

Specifications Muffle Furnace FMU-22

Technical Specifications

Maximum Temperature : 1700 °C

Maximum Temperature
1700 °C

Continuous Operating Temperature : ≤ 1600 °C

Continuous Operating Temperature
≤ 1600 °C

Heating Element : Premium 1800-grade MoSi₂ (Silicon Molybdenum) Rods

Heating Element
Premium 1800-grade MoSi₂ (Silicon Molybdenum) Rods

Temperature Sensor : B-Type Thermocouple

Temperature Sensor
B-Type Thermocouple

Temperature Control : 50-Segment Programmable Digital PID Controller

Temperature Control
50-Segment Programmable Digital PID Controller

Temperature Accuracy : ±1 °C

Temperature Accuracy
±1 °C

Chamber Insulation : High-Purity Ultra-Clean Alumina Polycrystalline Fiber with Vacuum Forming

Chamber Insulation
High-Purity Ultra-Clean Alumina Polycrystalline Fiber with Vacuum Forming
Electrical & Performance

Power Supply : 220V 50/60Hz

Power Supply
220V 50/60Hz

Rated Power : 6 kW

Rated Power
6 kW

Cooling Method : Built-in Forced Air Convection

Cooling Method
Built-in Forced Air Convection
Chamber & Construction

Inner Chamber Dimensions (W × D × H) : 300 × 200 × 200 mm

Inner Chamber Dimensions (W × D × H)
300 × 200 × 200 mm

Outer Dimensions (W × D × H) : 600 × 695 × 920 mm

Outer Dimensions (W × D × H)
600 × 695 × 920 mm

Chamber Volume : 12L

Chamber Volume
12L

Structure : Dual-Chamber Shell with Forced Air Cooling

Structure
Dual-Chamber Shell with Forced Air Cooling

Surface Temperature : Ambient +45 °C

Surface Temperature
Ambient +45 °C

Gross Weight : 250kg

Gross Weight
250kg

Package Size : 700x800x1070mm

Package Size
700x800x1070mm

Features Muffle Furnace FMU-22

  • 50-Segment PID Control ➤ 50-Segment PID Control
  • Robust powder-coated steel exterior ensures excellent corrosion resistance and long-term structural durability. ➤ Robust powder-coated steel exterior ensures excellent corrosion resistance and long-term structural durability.
  • Front-loading chamber design enables convenient sample placement and retrieval while minimizing heat exposure. ➤ Front-loading chamber design enables convenient sample placement and retrieval while minimizing heat exposure.
  • Precision-engineered insulated door assembly minimizes heat loss and improves thermal efficiency during operation. ➤ Precision-engineered insulated door assembly minimizes heat loss and improves thermal efficiency during operation.
  • Fast heating capability with excellent temperature recovery after door opening for enhanced laboratory productivity. ➤ Fast heating capability with excellent temperature recovery after door opening for enhanced laboratory productivity.
  • Uniform heat distribution throughout the chamber supports reliable and repeatable processing results. ➤ Uniform heat distribution throughout the chamber supports reliable and repeatable processing results.
  • Independent power and process control indicators provide clear operational status monitoring. ➤ Independent power and process control indicators provide clear operational status monitoring.
  • Digital display allows convenient monitoring of process parameters and operating conditions. ➤ Digital display allows convenient monitoring of process parameters and operating conditions.
  • Heavy-duty insulated support feet provide excellent stability and reduce heat transfer to laboratory benches. ➤ Heavy-duty insulated support feet provide excellent stability and reduce heat transfer to laboratory benches.
  • Safety-oriented design incorporates an efficient ventilation arrangement for reliable long-term operation. ➤ Safety-oriented design incorporates an efficient ventilation arrangement for reliable long-term operation.

Applications Muffle Furnace FMU-22

  • Advanced Ceramic Sintering:Designed for sintering advanced ceramics at temperatures up to 1700°C with precise thermal control and contamination-free heating Advanced Ceramic Sintering
    Designed for sintering advanced ceramics at temperatures up to 1700°C with precise thermal control and contamination-free heating
  • Powder Metallurgy Research:Suitable for densification and heat treatment of metal powders used in research and material development Powder Metallurgy Research
    Suitable for densification and heat treatment of metal powders used in research and material development
  • Composite Material Processing:Supports thermal processing and evaluation of high-temperature composite materials under stable heating conditions Composite Material Processing
    Supports thermal processing and evaluation of high-temperature composite materials under stable heating conditions
  • Refractory Material Testing:Used for firing, heat resistance evaluation, and quality assessment of refractory materials in laboratories Refractory Material Testing
    Used for firing, heat resistance evaluation, and quality assessment of refractory materials in laboratories
  • Glass and Specialty Material:Ideal for high-temperature melting, annealing, and thermal characterization of specialty glass and inorganic materials Glass and Specialty Material
    Ideal for high-temperature melting, annealing, and thermal characterization of specialty glass and inorganic materials
  • Metallurgical Heat Treatment:Performs annealing, oxidation studies, and high-temperature material testing for ferrous and non-ferrous alloys Metallurgical Heat Treatment
    Performs annealing, oxidation studies, and high-temperature material testing for ferrous and non-ferrous alloys

Optional Accessories

  • Touch Screen, RS485 Communication Interface ➤ Touch Screen, RS485 Communication Interface
  • Gas Inlet/Outlet, Exhaust Port ➤ Gas Inlet/Outlet, Exhaust Port