Muffle furnace with post combustion chamber

Furnaces with post-combustion chamber for the elimination of polluting fumes and ceramic protection chamber

Laboratory-ovens-Hobersal

Hobersal Furnaces with Post-Combustion Chamber

Elimination of Harmful Fumes

  1. Function of the Post-Combustion Chamber:

    • The post-combustion chamber is used to burn off residual gases generated during the heating or thermal treatment process.
    • This additional chamber ensures that volatile organic compounds (VOCs) and other pollutants are broken down at high temperatures before being released into the environment.
    • The post-combustion process can significantly reduce the emissions of harmful substances, thus complying with stringent environmental regulations.

  2. Mechanism of Operation:

    • Residual gases are directed into the post-combustion chamber where they are subjected to additional high temperatures, typically above 850°C.
    • In this chamber, pollutants are oxidized and converted into less harmful products such as carbon dioxide and water vapor.

  3. Environmental Benefits:

    • Reduction of toxic emissions and odors, improving air quality.
    • Contribution to sustainability and compliance with environmental protection regulations.

Ceramic Protection Chamber

  1. Function of the Ceramic Protection Chamber:

    • The ceramic protection chamber is designed to protect heating elements and improve the thermal efficiency of the oven.
    • Ceramic is an excellent thermal insulator, helping to maintain a uniform and stable temperature within the oven.

  2. Advantages of Ceramic Protection:

    • Durability: Ceramic is resistant to high temperatures and chemical corrosion, extending the lifespan of the oven.
    • Energy Efficiency: Improves heat retention within the oven, reducing energy consumption.
    • Safety: Ceramic protection minimizes the risk of damage to the internal components of the oven, ensuring safe and reliable operation.

  3. Specific Applications:

    • Used in processes requiring high purity conditions and extreme temperatures, such as the sintering of ceramic materials and thermal treatment of metals and alloys.
    • Ideal for laboratories and industrial plants handling sensitive materials and delicate processes.