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Cast house
As the molten aluminum takes its final form in the cast house, a vast amount of heat is required across various processes. By using electric heating instead of traditional gas burners, aluminum producers can significantly increase their energy efficiency while also reducing their CO2 emissions.
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.
Ladle pre-heating
Discover Kanthal's electric heating solutions for aluminum anode and cathode processing. Enhance efficiency with advanced technologies.
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.
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.
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.
Kanthal brings heating expertise to semiconductor batch thermal processing
Kanthal brings more than 40 years of experience in semiconductor heating across different furnace types, process conditions, and customer requirements.
Welcoming the new independent and sustainable LiOH processing plant
The new independent and sustainable lithium hydroxide refinery near Redcar, UK, will be all-electric in an effort by Tees Valley Lithium to future-proof the plant.
Decarbonizing aluminum needs tech, investment, and policy change
As the aluminum industry seeks to reduce its climate impact, electrification is one solution that could help reduce emissions and dependence on fossil fuels.
The biggest challenge: everyone wants more battery power
For lithium-ion batteries to be part of a greener future, we need to rethink how they are sourced, manufactured and recycled.