Heating coils

Heating coils are resistance elements formed from Kanthal or Nikrothal wire. They provide fast, uniform heating of air, work zones, metal parts or feedstock in furnaces, heaters, tunnels and dryers.

High-grade resistance wires (Kanthal APM/A1/D or Nikrothal 80) ensure durability, oxidation resistance and stable performance at elevated temperatures. Lead-outs can be twisted pair, solid rod, threaded stud or flexible wires to fit the target installation.

We manufacture coils to customer specifications.

Choose a heater for your device!
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Basic technical parameters

Electricity
Power max
according to customer order*
Voltmeter
Voltage
according to customer order*
Temperature
Working Temp.
Dimensions
external ø in the range of 3-150 mm*
Lenght
dependant on the design of the spiral*
Width

Heater cross section:

Rectangular
Round
Thickness
*Requires consultation with our technical department.

Industries

Food industry
Chemical industry
Plastics industry
Pharmacology/Pharmaceutical industry
Foundry industry
Automotive industry
Railway and tramway industry/ Railway industry
Home Appliance Industry
Aerospace industry
Electronics industry
Wood industry
Metallurgical and metalworking

Specification

Application
  • Food industry – heating in tunnel and chamber ovens, heating elements in baking equipment, dryers, vacuum packaging machines.
  • Chemical industry – heating reactors and tanks, heating process pipelines, heating the interior of laboratory apparatus.
  • Plastics industry – heating molds and dies, heating extruder heads, heating the processing zone of thermoplastics.
  • Pharmacology/Pharmaceutical industry – heating vacuum dryers, sterilizers, laboratory devices, stabilizing the temperature of liquids and ointments.
  • Foundry industry – heating casting molds, heating metal melting furnaces, maintaining the temperature of gating systems.
  • Automotive industry – heating molds for stamping and laminating, heating components during gluing and assembly, heating tanks with process fluids.
  • Railway and tramway industry/Railway industry – heating anti-icing installations, heating distribution boxes, maintaining the temperature of hydraulic systems.
  • Aerospace industry – heating composite tools, heating elements tested in climate chambers, stabilizing material temperature before assembly.
  • Metallurgical and metalworking – heating hardening furnaces, heating dies for forming processes, heating working zones for brazing.
  • Home Appliance Industry – heating interiors of ovens and toasters, heating elements for washing machines and dishwashers, heating plates and irons.
  • Electronics industry – heating soldering stations, heating assembly components, heating PCB dryers.
  • Construction – heating molds for prefabricated elements, heating floors and pipes (in heating systems), heating bitumen and asphalt equipment.
  • Wood industry – heating wood dryers, heating veneer presses, stabilizing the temperature of woodworking tools.
  • Furniture industry – heating laminating presses, heating hot-melt adhesives, heating assembly components.
  • Textile industry – heating calender rollers, heating thermal printing devices, drying fibers and yarns.
  • Paper industry – heating drying rollers, heating paper coating machines, stabilizing the temperature of paper dryers.
  • Shipbuilding and offshore industry/Shipbuilding – heating hydraulic and fuel installations, heating anti-icing systems, heating structural elements during repairs or assembly.

Types of furnaces:
POK furnaces, PEK furnaces, PEKRT furnaces, PEKTW furnaces, PEKAT furnaces, PEC furnaces, PEH furnaces, PET furnaces, PEG furnaces, PEGAT furnaces, SEL furnaces, KKS furnaces, PPH furnaces, SAFED furnaces, Mahler furnaces, AMCE furnaces, and many others.

In practice, heating spirals are mounted in:

  • ceramic channels,
  • grooves of chamotte bricks,
  • vacuum/fiber insulations,
  • acid-resistant or ceramic tubes (for aggressive atmospheres).
Heater Construction
Types of heaters
Current Outputs
Heating Zones
Kinds and properties of wires
Kanthal APM Kanthal A1 Kanthal D Nikrothal 80
Max. temp. pracy ciągłej 1425°C* 1400°C* 1300°C* 1200°C*
Wytrzymałość na pełzanie Bardzo duża Mała Mała Bardzo duża
Odporność na korozję Brak Brak Brak Tak

Visualization of the construction of the heater

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Heating coils

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