Heat Trace Cable

Rewari Cable Industries offers Heat Trace Cables for controlled electric heating, freeze protection, and process temperature maintenance of pipes, tanks, vessels, valves, and other industrial equipment. Heat-tracing systems are available in self-regulating, constant-wattage, longline, and mineral-insulated constructions depending on the application.

Key Features

Self-regulating and constant-wattage options

Designed for freeze protection and temperature maintenance

Flexible construction for pipe and equipment installation

Consistent heat output according to cable type

Suitable for industrial and commercial applications

Available with protective braid and outer jacket options

Can be supplied with suitable connection and termination accessories

Custom wattage, voltage, length and temperature requirements

Types of Heat Trace Cable

1. Self-Regulating Heat Trace Cable

Automatically adjusts heat output according to surrounding temperature. It is commonly used for pipe freeze protection and low-to-medium temperature maintenance.

2. Constant Wattage Heat Trace Cable

Provides a fixed heat output per metre and is suitable where consistent heat input is required for process temperature maintenance.

3. Longline Heat Trace Cable

Designed for longer heating circuits and pipeline applications where conventional heating cables may not provide sufficient circuit length.

4. Mineral Insulated Heat Trace Cable

Used for demanding high-temperature industrial applications where robust construction and high-temperature performance are required.

Applications

Pipe freeze protection

Water and process pipelines

Tanks and vessels

Valves and instrument lines

Chemical processing

Petrochemical plants

Oil & gas applications

Food and pharmaceutical processing

Water and wastewater treatment

Refrigeration systems

Roof and gutter de-icing

Process temperature maintenance

Industrial equipment heating

Customization

Rewari Cable Industries can supply Heat Trace Cables according to application requirements, including voltage, wattage per metre, cable length, temperature rating, insulation/jacket material, shielding/braid and termination arrangement.

Important Selection Parameters

The correct cable should be selected based on required maintenance temperature, pipe/tank dimensions, ambient conditions, circuit length, heat loss and hazardous-area requirements.