Constant Wattage Heat Tracer

Constant Wattage Heat Tracer

At Tanya Enterprises, we specialise in manufacturing high-performance Constant Wattage Heat Tracer Cables, delivering precise and consistent heating for industrial, commercial, and residential applications.
Ranging from 25 W/m to 65 W/m, our cables are insulated with premium FEP, PFA, or PTFE polymers, providing excellent thermal stability, chemical resistance, waterproofing, and long-term durability even in harsh conditions. For customers seeking extra mechanical protection, we also offer final stainless steel wire braiding to enhance the cable’s robustness against physical damage, abrasion, and outdoor exposures.

Key Features:

• High-Temperature Endurance: Fluoropolymer (PTFE, FEP and PFA) insulation provides reliable performance in extreme thermal environments.
• Waterproof and Chemical Resistant: Thanks to high-grade extruded fluoropolymer insulation.
• Optional Stainless Steel Braiding: For additional mechanical protection and ruggedness.
• Flexible and Customisable: Available in various wattages, voltages, and designs tailored to your needs.

Applications:

• Pipeline freeze protection
• Tank and vessel heating
• Industrial process temperature maintenance
• Roof, gutter, and walkway frost protection
• Oil, gas, chemical, and food industries

Why Choose Tanya Enterprises?

• Expertise in specialised PTFE and extruded fluoropolymer insulated cables (FEP and PFA)
• Customisable constructions to meet specific application demands
• Fast production timelines and global supply capabilities
• Strict quality control and customer-focused approach

At Tanya Enterprises, we don't just manufacture cables — we engineer solutions that last. Contact us for further details.

Precaution Guidelines

• Begin from the power connection point and route the cable along the pipe, tank, or desired surface.
• Attach cable using heat-resistant adhesive tape or cable ties every 30–50 cm.
• Avoid Overlapping. Never cross or overlap the cable on itself — this can lead to overheating.
• Maintain a minimum bending radius (usually 6 times the cable diameter).
• For thermostatically controlled systems, place the temperature sensor near the coldest part of the surface.
• Ensure proper grounding, especially if the cable includes a metallic braid.
• Waterproof all connections using approved sealing techniques.
• Cover the pipe or surface with compatible thermal insulation.
• Label insulation with “Electrically Heated” warning tape.
• Power up the cable system under supervision.
• Periodically inspect for physical damage, corrosion, or signs of overheating.
• Re-test insulation resistance annually.