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Pre-heating transport and bath ladles

For the multiple heating stages in the drying process in cathode production, Fibrothal® heating modules from Kanthal offer excellent heat uniformity and fast installation.

Ladle pre-heating

The right heating solution helps increase energy efficiency and maintain high production rates in cathode manufacturing.

Optical fibers

In the manufacturing of optical fiber, sintering is a key process where the heating solution utilized affects the quality of the end product. This is because sintering is done in a controlled atmosphere and having precise control over the heat input and temperature, which Kanthal’s electric

Rodding shop

Switching from gas to electric heating in anode and cathode processing in rodding shops may help the industry-wide demand for lower energy costs and CO2 emissions.

Ladle drying

Using Kanthal® Super heating elements and Superthal® heating modules, ladle drying can be controlled, enabling a consistent drying experience in anode and cathode processing.

Filter units

Filter units remove impurities from the final product in aluminum production. Preheating with electric heating can improve overall efficiency and safety.

Ingot and sow mold pre-heating

With electric heating using Kanthal’s Superthal® heating modules, energy consumption and CO2 emissions can be reduced significantly when drying and preheating molds.

Cast house

As the molten aluminum takes its final form in the cast house, vast amounts of heat is required across various processes. By using electric heating instead of traditional gas burners, aluminum producers can significantly increase energy efficiency and reduce their CO2 emissions. As the molten

Holding and mixer furnace

Replacing gas heaters with electric heating in holding and mixer furnaces can reduce costs significantly, and make the process much more clean and quiet.

Anode pre-heating

Moving from gas to electric heating in furnaces for anode preheating can have significant positive impacts on the cost of primary aluminum production.