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Stranded resistance heating wire

Recognizing the need for more precisely controlled stranded wire within the heat treatment industry and working closely with our cable customers, Kanthal has developed a range of stranded resistance wires in the well known Nikrothal®, Kanthal® and nickel alloys. Content: Strand diameter

Nickel-iron alloys

NICKEL-IRON (NiFe) ALLOYS Nickel-iron (NiFe) alloys for up to 600°C (1110°F): Nifethal® 70 and Nifethal® 52 are alloys with low resistivity and high temperature coefficient of resistance. The positive temperature coefficient allows heating elements to reduce power as temperature

Copper-nickel alloys

COPPER-NICKEL (CuNi) ALLOYS Copper-nickel (CuNi) alloy Cuprothal® 49 (universally known as Constantan) is manufactured under controlled conditions from electrolytic copper and pure nickel. Cuprothal® 49 has a number of special characteristics – some electrical, some mechanical – which

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.

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.

Rotary kiln vs roller hearth kiln – challenging the status quo

Cathode producers would benefit from exchanging roller hearth kilns for rotary kilns in the calcination process. Kanthal has listed the arguments.

Energy-efficient technology aids goal of carbon neutrality

The lithium-ion battery industry’s climate footprint is being scrutinized, putting pressure on all parts of the production chain to become more energy efficient and sustainable.

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