1. Catalogs
  2. Labotemp Systems
  3. Muffle Furnace FMU-23

Muffle Furnace FMU-23

Muffle Furnace FMU-23

Muffle Furnace FMU-23

Product catalog summary
Description: The Labotemp Muffle Furnace FMU-23 is a high-temperature laboratory furnace designed for precision applications such as sintering, ceramic research, and metal material testing. It operates up to 1700°C using premium MoSi2 heating rods, ensuring stable thermal performance and oxidation resistance. The furnace features an 8-litre chamber with high-purity alumina fiber insulation to prevent contamination and maintain sintering purity.
Specifications: The FMU-23 has a maximum temperature of 1700°C and a continuous operating temperature of up to 1600°C. It includes a 50-segment programmable digital PID controller with B-type thermocouples for ±1°C accuracy. The furnace is powered by a 5kW single-phase supply and features a dual-carbon shell with forced air cooling to maintain safe surface temperatures.
Features: Key features include a compact 8L chamber, advanced alumina fiber insulation, precision PID microprocessor control, and a forced-air cooling system. The furnace is constructed with heavy-duty steel for durability and safety during extended operations.
Applications: The FMU-23 is ideal for high-temperature sintering of ceramics, materials research, powder metallurgy, and high-temperature heat treatment. It supports controlled-atmosphere processing with optional gas inlet/outlet systems, making it suitable for industrial R&D and quality control laboratories.
See more

Catalog excerpts

Muffle Furnace FMU-23-1

Your Partner in Temperature Precision Muffle Furnace FMU-23 www.labotemp.com | [email protected]

 Open the catalog to page 1
Muffle Furnace FMU-23-2

Labotemp Muffle Furnace FMU-23 is a compact high-temperature laboratory muffle furnace engineered for precision sintering, ceramic research, metal material testing, and advanced composite processing 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 an 8-litre chamber (200x200x200mm). The high-purity ultra-clean alumina polycrystalline fiber insulation, vacuum-formed for exceptional chemical stability, effectively prevents sample...

 Open the catalog to page 2
Muffle Furnace FMU-23-4

Premium MoSh Heating Technology ensures rapid heat generation, excellent oxidation resistance, and reliable long-term high-temperature performance. Advanced Alumina Fiber Insulation minimizes heat loss while maintaining excellent thermal uniformity and energy-efficient operation. Precision PID Microprocessor Controller supports programmable heating cycles for accurate process control and repeatable experimental results. B-Type Thermocouple Temperature Monitoring delivers stable and dependable temperature measurement throughout the operating range. Forced-Air Cooling System with ventilated cabinet...

 Open the catalog to page 4
Muffle Furnace FMU-23-5

Applications: Advanced Ceramic Sintering: Ideal for high-temperature sintering of advanced ceramics requiring precise temperature control and contamination-free heating up to 1700°C. Materials Research & Development: Supports thermal processing, heat treatment, and characterization of metals, composites, and refractory materials in research laboratories. Powder Metallurgy: Suitable for sintering metallic powders and engineered materials using programmable heating profiles for consistent processing results. High-Temperature Heat Treatment: Designed for annealing, calcination, and thermal conditioning...

 Open the catalog to page 5
Muffle Furnace FMU-23-6

144 E, Midwest Avenue, Casper WY 82601, USA Website: www.labotemp.com | Email: [email protected]

 Open the catalog to page 6

All Labotemp Systems catalogs and technical brochures

*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.