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Heating Cables/Heat-tracing Cables

  • Heating Cables/Heat-tracing Cables

    Jiahong Heating Cables provide reliable frost protection and efficient snow melting for pipes, roofs, and tanks.

  • Heating Cables/Heat-tracing Cables

    Easy to install and durable, our electric heat cables ensure consistent warmth and safety during winter.

  • Heating Cables/Heat-tracing Cables

    Trust Jiahong for superior performance and peace of mind in cold weather.

HTS Self-Regulating Heating Cable
MI Mineral Insulation Heating Cable
HTU Self-Regulating Heating Cable
HTLE Self-Regulating Heating Cable
HTP Self-Regulating Heating Cable
ESF Series Circuit Heating Cable
UL Certificated
UL Certificated
ETL Certificated
ETL Certificated
CSA Certificated
CSA Certificated
IECEX Certificated
IECEX Certificated
CE Certificate
CE Certificate
ATEX Certificate
ATEX Certificate
TUV Certificate
TUV Certificate
EAC Certificate
EAC Certificate

How Are Heating Cables Installed?

How Are Heating Cables Installed?
  • Preparation:

Clean and dry the installation surface.

Measure and plan the electric heat tracing cable layout.


  • Cable Attachment:

Secure electric heat tracing cables along pipes, roofs, or floors using ties, tape, or clips.

Follow the manufacturer’s guidelines for spacing and positioning.


  • Insulation:

Cover pipes and electric heat tracing cables with insulation to enhance efficiency.

Ensure insulation is waterproof for outdoor applications.


  • Connection:

Connect the heat tracing cable to a power source as per manufacturer instructions.

Use a ground fault circuit interrupter (GFCI) for safety.


  • Final Checks:

Verify all connections are secure and compliant with local codes.

Test the system before full operation.


Special Request
You can customize the products
Do Heat Trace Cables Use A Lot Of Electricity?

Heating cables, such as constant wattage heating cable, are designed to be energy efficient, but their electricity usage depends on several factors, including the cable type, length, and application. Here's a breakdown:


Wattage Rating: Electric heat tracing wires have specific wattage ratings, typically ranging from 3 to 20 watts per foot. Higher-wattage electric heat tracing cables use more electricity.


Usage Duration: The amount of time the electric heat tracing cable is active significantly impacts electricity usage. Thermostats and controllers can help minimize usage by turning the electrical heat tracing cables on only when needed.


Insulation: Proper insulation around the electric heat tracing cables and the heated surface can reduce the amount of electricity required to maintain the desired temperature.


Application: The specific application (e.g. pipe freeze protection, underfloor heating, roof de-icing) and the environmental conditions (e.g. outdoor temperature) will also affect electricity consumption.


In general, electric heat tracing cables are more efficient and use less electricity when properly installed and controlled. Using a thermostat or timer can further reduce energy consumption by ensuring the electric heat cables operate only when necessary.


Do Heat Trace Cables Use A Lot Of Electricity?
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