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Muffle Furnace FMU-04
Labotemp Muffle furnace
Labotemp Muffle furnace
Labotemp Muffle furnace
Labotemp Muffle furnace

Muffle Furnace FMU-04

Labotemp Muffle Furnace FMU-04 is an ISO & CE-certified benchtop muffle furnace engineered for precise laboratory heating to 1200°C. This 2 L lab muffle furnace features an aluminum-silicate insulated chamber with four-sided heating for uniform temperature distribution. Digital double-row PID control with K-type thermocouple delivers 1°C resolution and ±5% stability; touch-key setting, automatic constant-temperature mode and an exhaust port ensure safe, repeatable operation. 

Designed for ashing, calcination, sintering, heat treatment and thermal analysis, FMU-04 is a compact, low-maintenance high-efficiency furnace ideal for research labs, QC benches and teaching facilities. Manufactured by Labotemp,an established muffle furnace manufacturer and furnace supplier. The unit is backed by technical documentation, compliance certificates and application support to ensure reliable integration and sustained performance.

Why choose Muffle Furnace FMU-04?
✓ Precise Control: Digital PID with K-type sensor (±5%, 1°C).
✓ Uniform Heating: Four-sided design for reproducible results.
✓ Efficient Benchtop: 2 L footprint with optimized 2.5 kW power.
✓ Certified Quality: ISO & CE compliance for lab safety and standards.

$2659
Datasheet

Specifications Muffle Furnace FMU-04

Maximum Temperature : 1200°C

Maximum Temperature
1200°C

Chamber Volume : 2L

Chamber Volume
2L

Rated Power : 2.5 kW

Rated Power
2.5 kW

Time from Room Temp. to Max Temp. (min) : 80

Time from Room Temp. to Max Temp. (min)
80

Heating Mode : Automatic constant temperature

Heating Mode
Automatic constant temperature

Heating Type : Four-sided heating

Heating Type
Four-sided heating

Exhaust Port : Ø30 mm × 1

Exhaust Port
Ø30 mm × 1

Furnace Body Material : Aluminum silicate

Furnace Body Material
Aluminum silicate

Heater Material : Nickel-chromium-aluminum alloy wire (OCr27A17Mo2)

Heater Material
Nickel-chromium-aluminum alloy wire (OCr27A17Mo2)

Temperature Fluctuation : ±5%°C

Temperature Fluctuation
±5%°C

Temperature Control Mode : Digital tube double-row PID

Temperature Control Mode
Digital tube double-row PID

Temperature Setting Mode : Touch four keys

Temperature Setting Mode
Touch four keys

Sensor Type : K-type thermocouple

Sensor Type
K-type thermocouple

Power Supply / Rated Current : AC 220V 110V 60Hz / 11A

Power Supply / Rated Current
AC 220V 110V 60Hz / 11A

Studio Size : 120×200×80mm

Studio Size
120×200×80mm

Temperature Resolution : 1°C

Temperature Resolution
1°C

Packing Dimension : 580×450×670 mm

Packing Dimension
580×450×670 mm

Net Weight : 50kg

Net Weight
50kg

Gross Weight : 60kg

Gross Weight
60kg

Features Muffle Furnace FMU-04

  • 1200°C Performance ➤ 1200°C Performance
  • High temperature performance up to 1200°C for versatile lab applications ➤ High temperature performance up to 1200°C for versatile lab applications
  • Digital PID controller for precise and stable temperature regulation ➤ Digital PID controller for precise and stable temperature regulation
  • Touch-key operation for easy and accurate temperature setting ➤ Touch-key operation for easy and accurate temperature setting
  • Fast heating rate, reaching maximum temperature within 75 minutes ➤ Fast heating rate, reaching maximum temperature within 75 minutes
  • Automatic constant temperature operation for consistent results ➤ Automatic constant temperature operation for consistent results
  • Compact 2L chamber design with efficient 2.5kW power output ➤ Compact 2L chamber design with efficient 2.5kW power output
  • Four-sided heating for uniform temperature distribution ➤ Four-sided heating for uniform temperature distribution
  • Durable aluminum silicate body with excellent insulation performance ➤ Durable aluminum silicate body with excellent insulation performance

Applications Muffle Furnace FMU-04

  • Used for material testing, ceramic processing, and thermal analysis experiments, ashing, calcination, sintering, and heat treatment ➤ Used for material testing, ceramic processing, and thermal analysis experiments, ashing, calcination, sintering, and heat treatment
  • Instrument panel
  • Heating element
  • Sensor (K type)