Heating Cables

For freeze protection and process temperature maintenance of pipes/vessels without steam cleaning requirements. Suitable for hazardous areas.

Self-regulating trace heating cables for pipe freeze protection or process temperature maintenance up to 65°C, in safe area industrial locations

For higher power output freeze protection and process temperature maintenance of pipes/vessels without steam-cleaning requirement. Suitable for hazardous areas.

For freeze protection of pipes/vessels up to 250 °F/121 °C and suitable for process temperature maintenance with steam-cleaning requirement. Suitable for hazardous areas.

For roof and gutter de-icing, self regulating heating cable.

For instant hot water without the need for recirculation.

For pipe freeze protection, with heat shrinkable components.

For prevention of ice and snow build up on ramps and other accessways, self-regulating heating cable.

For process temperature maintenance up to 300 °F/150 °C and freeze protection of pipes/vessels with steam-cleaning requirements. Suitable for hazardous areas.

Freeze protection and high continuous operation temperature up to 400°F/205°C. Maximum exposure 500°F/260°C. Safe and hazardous area.

The preferred technology for process temperature maintenance applications requiring high power output at elevated temperatures and with steam-cleaning requirement. Suitable for hazardous areas.

XPI for long line applications, freeze protection and high process temperature maintenance (260 ⁰C, 4 J impact resistance). Suitable for hazardous areas.

Alloy 825 sheath for superior corrosion resistance in freeze protection and process temperature maintenance requiring high power output and exposure temperatures. Suitable for hazardous areas.

For pipe freeze protection and roof and gutter de-icing, with heat shrinkable components.

For freeze protection and process temperature maintenance requiring high power output (to 150 W/m) and exposure temperatures (to 700 °C) with high corrosion resistance. Suitable for hazardous areas.