DIGITAL MUFFLE FURNACE

The furnace is provided in double wall and highly insulated with the ceramic fiber blanket of high density to avoid any kind of leakage and having a working temperature of 1000 °C. It has single door inner chamber with digital display of Temperature.

Description

Digital Muffle Furnace Manufacturer & Supplier in India

A Digital Muffle Furnace is a specialized laboratory heating instrument used for high-temperature applications such as ash content determination, material testing, heat treatment, ceramic processing and scientific research. It is widely used in laboratories, educational institutions, research centres and industrial quality control departments where precise temperature control is essential.

Globe-Tex Industries manufactures high-quality Digital Muffle Furnaces designed to deliver accurate temperature regulation, excellent thermal efficiency and long-term reliability. The furnace is engineered to withstand demanding laboratory conditions while ensuring consistent performance throughout the testing process.

Features of Digital Muffle Furnace

  • Advanced Digital Temperature Controller
  • High Temperature Capability
  • Uniform Heat Distribution
  • Energy Efficient Heating System
  • High-Quality Insulation Material
  • Durable Furnace Chamber Construction
  • Fast Heating Performance
  • Easy-to-Operate Control Panel
  • Reliable Temperature Stability
  • Low Maintenance Requirements

Applications of Digital Muffle Furnace

The Digital Muffle Furnace is widely used in:

  • Ash Content Determination
  • Material Testing Laboratories
  • Ceramic Industries
  • Metallurgical Laboratories
  • Research and Development Centres
  • Educational Institutions
  • Pharmaceutical Laboratories
  • Chemical Industries
  • Quality Control Departments
  • Industrial Heat Treatment Applications

Benefits of Using a Digital Muffle Furnace

The Digital Muffle Furnace provides a controlled high-temperature environment required for precise laboratory testing and material analysis. It enables accurate thermal processing and helps maintain consistent testing conditions.

The furnace is ideal for determining ash content in textiles, plastics, rubber, chemicals and other materials. Its advanced digital control system allows users to monitor and maintain the desired temperature with excellent accuracy.

By ensuring stable heating conditions, the Digital Muffle Furnace improves testing reliability, reduces operational errors and supports compliance with industry testing standards.

Construction and Design

The furnace is manufactured using premium-grade refractory insulation and durable construction materials to minimize heat loss and maximize efficiency. The chamber is specifically designed to achieve uniform temperature distribution throughout the heating cycle.

Its robust design ensures long operational life and dependable performance in laboratory and industrial environments.

Why Choose Globe-Tex Industries?

Globe-Tex Industries is a trusted manufacturer and supplier of laboratory testing equipment in India. Our Digital Muffle Furnace is designed to provide superior heating performance, precise temperature control and exceptional durability.

We focus on delivering reliable testing solutions that meet the requirements of laboratories, research institutions and industrial quality control facilities.

Explore our complete range of
Laboratory Testing Instruments
for material analysis and quality control applications.
For international testing standards and laboratory guidelines, visit
ASTM International Standards.

Digital Muffle Furnace Series

Available Models:
GTX-MF7 &
GTX-MF02

Specification GTX-MF7 GTX-MF02
Size of Inner Chamber 6″ × 6″ × 12″ 12″ × 12″ × 18″
Temperature Range 0 to 1000°C 0 to 1200°C
Working Temperature 900°C 1100°C
Temperature Controller Digital Temperature Indicator Cum Controller PID Digital Temperature Indicator Cum Controller
Heating Element Kanthal Kanthal Wire
Sensor K-Type K-Type
Power Supply Single Phase Supply Three Phase Line Load
Electric Load N/A 9 kW
Power Rating N/A 12 kW
Ceramic Fibre Insulation N/A Zirconia Fibre Blanket, 128 Grade
Bottom Lining N/A Ceramic Tile (Kumar Make)

Frequently Asked Questions

What is a Digital Muffle Furnace used for?

It is used for controlled high-temperature heating applications in laboratories, research facilities, educational institutions, and industrial testing environments.

What is the maximum working temperature?

The specified working temperature is up to 1000°C, making it suitable for various high-temperature laboratory applications.

How is the chamber insulated?

The unit features double-wall construction with a high-density ceramic fiber blanket for effective thermal insulation and reduced heat loss.

Does it have a digital temperature display?

Yes. A digital temperature display is provided to allow convenient monitoring of the chamber temperature during operation.

What type of door is provided?

The furnace is equipped with a single-door configuration that provides access to the inner heating chamber.

Why is ceramic fiber insulation used?

High-density ceramic fiber provides effective thermal insulation and helps minimize heat transfer from the hot chamber to the outer body.

Where can this equipment be used?

It can be used in laboratories, research institutions, educational facilities, industrial laboratories, and quality-control departments where controlled high-temperature heating is required.

Is it suitable for laboratory heating applications?

Yes. With a working temperature of up to 1000°C, insulated construction, and digital temperature display, it is suitable for a range of laboratory heating applications.

What are the advantages of double-wall construction?

Double-wall construction helps improve thermal insulation, minimize heat loss, and maintain a more stable heating environment inside the chamber.

What temperature can the inner chamber reach?

The specified maximum working temperature is 1000°C.

Is the temperature easy to monitor during operation?

Yes. The digital display allows the operator to conveniently monitor the temperature while the equipment is operating.