Our panel and automation solutions are fully compatible with existing industrial automation systems. This integration works seamlessly with different systems, facilitating overall process management and reducing operator workload.

These heaters are manufactured by wrapping 60/15 - 80/20 1100ºC chrome-nickel wire on 800ºC high purity mica and coating it with stainless sheet, brass sheet or copper sheet. In this way, the thermal conductivity increases.

Ceramic insulated heaters are prepared by arranging 80/20 1100ºC chrome-nickel wire on special steatite belt stones and covered with stainless steel on the outside.

The term `load bank resistance` is a concept related to electrical engineering and test equipment.

Air-cooled ceramic resistors, like ceramic insulated resistors, use 80/20 1100ºC chrome-nickel wire, steatite belt stone and stainless outer sheath.

Ceramic resistors with air-cooled aluminum separator are durable heating elements used especially in high temperature applications.

These resistors are manufactured from 80/20 1100ºC chrome-nickel wire, high purity mica, natural mica, brass profile or stainless profile.

Plate resistors, like mica insulated heaters, are manufactured by wrapping 60/15 - 80/20 nickel-chrome wire on 800ºC high purity mica and coating it with stainless, brass or copper sheet metal.

Firecracker resistors produced with high technology enable use in difficult conditions with their high watt density.

Frame resistors are mainly used for external heating of molds in the plastic, rubber and packaging industry.

Tubular heaters have been used safely for years for heating water, oil, chemical and corrosive liquids, and heating molds and various metals in industrial furnaces.

It is designed as a spiral or leaf on the heater, including CR-NI, galvanized and DKP, in order to collect the heat generated on the heater surface and transfer it to the desired place or region.