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Rolling furnace

Secondary aluminium processing requires further forming of hot material. This can include pressing or shaping to get the desired size. In order to keep the material in a formable shape, it is important to remain at high temperatures throughout the process. The Kanthal portfolio has been in

Secondary Aluminium

Secondary aluminium is essential in driving sustainability and efficiency within the aluminium industry. This process involves the recycling and further processing of aluminium scrap or waste into valuable products, reducing the need for primary aluminium production and significantly lowering

Preheating

Preheating is the process of bringing material up to a certain temperature before further processing. This can be done to remove water in the material (aluminum processing) or to prevent large temperature gradients between the furnace and material. The main purpose for pre-heating parts used

Laboratory furnace

The Kanthal program includes several products used in small laboratories and many times seen in dental sintering furnaces. For smaller batch furnaces used in laboratories, the heat treatment typically involves sintering or enameling material. ​Earlier dental furnaces used large diameter (Ø54mm)

Heat treatment of automotive components

Electrical heating elements and other heating technology products for many types of heat treatment processes for steel, aluminium and other metallic materials.

Heating materials in automobiles

There are many components in automobiles which require resistance material for operation. This can be both for the performance of the vehicle or for the comfort of the rider. Take a look at our applications below: There are many components in automobiles which require resistance material for

General engineering

Solar & Semiconductors

The Kanthal program features Fibrothal® heating elements used in the production of crystalline silicon wafers, which are utilized in both solar cells and semiconductors.

Electronics

Kanthal® alloys are meticulously designed to provide high-performance solutions for electronic applications, especially in settings where simulating electrical loads and testing under various conditions are crucial. These precision-engineered alloys are available in forms such as wires,