Lithium-ion battery production

The production of cathode material requires temperatures of around 800 to 1,000 degrees Celsius in the calcination process. Also, the manufacturing process has to be designed and controlled to ensure exceptionally high purity levels in the cathode materials.

As with all industrial high-temperature production processes, the challenge for furnace operators is to maximize energy efficiency and productivity, while ensuring a consistent, high-quality cathode material.

Depending on the type of furnace, Globar® SiC heating elements and Fibrothal® heating modules can be used in cathode material production, where they offer the advantage of being able to control temperatures precisely. The Kanthal® Flow Heater can also be used to introduce heated gas into the furnace, which can help increase productivity even further.

Connected products

Here you can find the Kanthal product offering

Globar® SiC heating elements
Fibrothal® heating modules
Flow Heaters

Flow Heaters

Flow heaters with a unique design and electrical heating system. Highest outlet temperature on the market -- 1100°C (2012°F).

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Reliable heating elements improve cathode production

Reliable heating elements improve cathode production

Kanthal’s Globar ® SiC (silicon carbide) heating elements have been specifically engineered for high-tech applications with tough conditions, such as cathode material production . The substrate’s unique microstructure makes it more reliable and ensures consistency in quality.

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Battery

Battery

Efficient and sustainable heating processes are vital when the lithium-ion battery industry scales up production to meet the fast-growing demand. Kanthal’s electric heating technology increases energy efficiency and productivity, while reducing emissions of CO2 and NOx. Learn more about the benefits for your process needs.

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