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Ashing Furnaces for Precision Heating Solutions

Elite Furnaces' ashing furnaces are engineered to deliver accurate, repeatable results for laboratories and industries requiring precise combustion and heating processes. From thermogravimetric analysis (TGA) to loss on ignition (LOI) testing, our furnaces provide uniform temperature distribution, advanced safety features, and customizable chamber sizes. Trusted worldwide, they are the ideal choice for laboratories, universities.

Laboratory Ashing Furnaces

Laboratory Ashing Furnaces

Model: BSF/A
Max Temp: 1200°C
Chamber Volumes: 4 to 45 Litres.

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Laboratory Ashing Furnaces

Laboratory Ashing Furnaces

Model: BMF
Max Temp: 1100°C
Chamber Volumes: 3 to 7 Litres

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FAQ's – Ashing Furnaces for Precision Heating Solutions

1. What is an ashing furnace used for?

An ashing furnace is designed to provide the controlled high-temperature conditions required for the complete combustion of organic and inorganic samples. They are widely used for loss on ignition (LOI), thermogravimetric analysis (TGA), and quality testing across industries such as coal, cement, food, plastics, and environmental analysis.

2. How does an ashing furnace ensure precision in results?

Elite Furnaces’ ashing furnaces are built with advanced insulation, uniform heat distribution, and precise temperature control systems. This ensures that every sample undergoes consistent heating, enabling reliable, repeatable, and accurate measurements for critical laboratory and industrial applications.

3. What temperature ranges can an ashing furnace achieve?

Depending on the model, ashing furnaces typically operate from 200°C up to 1,200°C or higher. Elite Furnaces offers a wide range of models tailored for routine laboratory analysis as well as high-performance industrial testing, ensuring the right solution for different applications.

4. What features should I look for when buying an ashing furnace?

When purchasing an ashing furnace, key considerations include:

  • Chamber size and capacity (based on sample or batch volume)
  • Maximum operating temperature
  • Temperature uniformity and accuracy
  • Safety features such as door interlocks and over-temperature protection
  • Optional integral balances for direct TGA and LOI applications