Calcination furnace Muffle Furnace-03B
thermalanalysissintering

Calcination furnace - Muffle Furnace-03B - Labotemp Systems - thermal / analysis / sintering
Calcination furnace - Muffle Furnace-03B - Labotemp Systems - thermal / analysis / sintering
Calcination furnace - Muffle Furnace-03B - Labotemp Systems - thermal / analysis / sintering - image - 2
Calcination furnace - Muffle Furnace-03B - Labotemp Systems - thermal / analysis / sintering - image - 3
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Characteristics

Function
sintering, thermal, analysis, calcination
Applications
laboratory, for general applications, for the pharmaceutical industry
Type
muffle
Designed for
for ceramics, for metal
Configuration
benchtop, compact
Other characteristics
automated
Temperature range

Max.: 1,000 °C
(1,832 °F)

Min.: 300 °C
(572 °F)

Capacity

7 l
(1.85 gal)

Description

Product overview
Labotemp Muffle Furnace-03B is a compact laboratory muffle furnace designed for controlled high-temperature processes up to 1000°C. With a 7 L silicon carbide-lined chamber and nickel-chromium heating elements, it delivers consistent thermal distribution for tasks such as material testing, ash analysis, sintering and small-batch heat treatments. The unit integrates a PID control system with 1°C resolution and ±5°C accuracy for repeatable cycles.

Design & safety
The furnace is engineered for safe operation and longevity. The cooled outer shell reduces surface temperature during runs. Built-in protections include automatic power cut and alarm on fault, overcurrent/leakage protection switch, and an external emergency stop. Optional upgrades include touchscreen control, programmable sequences and remote monitoring with real-time data logging.

Key selling points
  • Safety-focused design: cool exterior and auto shutdown on fault
  • Precise temperature control: PID regulation up to 1000°C with 1°C resolution
  • Flexible operation: touchscreen interface, programmable runs and optional remote monitoring

Features
  • Auto safety shutdown and alarm
  • High-density silicon carbide chamber for improved thermal retention and reduced heat loss
  • Fast heat-up with optimized thermal circulation to shorten cycle times
  • Wide programmable timing range (0–999 hrs) for extended unattended cycles
  • Type K thermocouple for reliable high-temperature sensing
  • Multi-unit control capability for centralized operation of several furnaces
  • Corrosion-resistant coated steel exterior for durable lab/industrial use
  • Stable structural design to minimize vibration impact on sensitive treatments

Applications
  • Controlled high-temperature processing: material calcination, ash content determination, ceramic and powder sintering, thermal decomposition studies
  • Suitable for R&D laboratories, metallurgy, pharmaceuticals and quality control where precise programmable heating cycles and repeatable temperature accuracy are required for small-volume samples

Technical specifications
  • Capacity: 7 L
  • Temperature control range: 300–1000°C
  • Power supply: AC 220V 50Hz
  • Temperature control accuracy: ±5°C
  • Temperature resolution: 1°C
  • Temperature rising time: 60 ±5 minutes
  • Power: 5.3 kW
  • Exterior material: Cold-rolled steel sheet with anti-corrosion coating
  • Furnace material: Silicon carbide
  • Furnace chamber dimensions (W×D×H): 200 × 300 × 120 mm
  • Heater material: Nickel-chromium alloy wire
  • Temperature controller: Touch screen
  • Temperature control mode: PID
  • Timing: 0–999 hours
  • Run function: Constant value operation, program operation
  • Sensor: Type K
  • Safety device: Overcurrent/leakage protection switch
  • Overall dimensions (W×D×H): 560 × 750 × 670 mm
  • Package size: 870 × 690 × 910 mm
  • Net weight: 110 kg
  • Gross weight: 135 kg

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.