The MSW-251#MFMT-7(G) muffle furnace is an outstanding solution for high-temperature applications, combining lightweight design with advanced features. Its triple-walled construction, featuring an outer casing and inner wall made of double-walled thick P.C.R.C. sheet, ensures durability and efficient insulation. The ceramic fiber wool insulation further contributes to the lightweight design while maintaining excellent thermal efficiency.

Equipped with heating elements made of KANTHAL wire and backed by cerwool insulation, this furnace guarantees precise temperature control and uniform heat distribution. The inclusion of a viewing cap on the door enhances user convenience, allowing for real-time observation of processes within the chamber.

This model is available in two different working ranges, accommodating a variety of temperature requirements. With a maximum working temperature range of up to 1150°C, users can choose between two specific temperature ranges: up to 900°C with a maximum of 1000°C or up to 1150°C with a maximum of 1200°C. This flexibility makes the MSW-251#MFMT-7(G) suitable for a wide range of applications in industries where high-performance heating is essential. Whether used for research, testing, or production processes, this muffle furnace excels in providing reliable and precise heat treatment.

Specification:

1. Construction:

   • Lightweight design with ceramic fiber wool insulation.
   • Triple-walled construction using double-walled thick P.C.R.C. sheet for durability.

2. Heating Elements:

   • KANTHAL wire heating elements for high-temperature resistance.
   • Cerwool insulation for efficient and uniform heat distribution.

3. Viewing Cap:

   • Door equipped with a viewing cap for real-time observation of processes inside.

4. Temperature Ranges:

   • Two working ranges available:
     • Up to 900°C with a maximum of 1000°C.
     • Up to 1150°C with a maximum of 1200°C.

5. Applications:

   • Suitable for diverse high-temperature applications, including research, testing, and production processes.

6. Chamber Size:

   • Internal dimensions of the heating chamber for accommodating various sample sizes.

7. Control Features:

   • Type of temperature control system (e.g., programmable, digital, analog).

8. Safety Features:

   • Any integrated safety mechanisms to ensure user protection.

9. Power Requirements:

   • Voltage and current specifications for proper operation.

10. Durability and Finish:

    • Coated with paint for additional protection against corrosion.
    • Designed to withstand the rigors of high-temperature operations.