Electric Traced Tubing Bundles TPE are designed to maintain process integrity by offering superior thermal performance, ensuring freeze protection, viscosity control, and precise temperature maintenance. These bundles are ideal for applications requiring consistent temperatures over long distances, especially where steam tracing isn't feasible or reliable.
Key Features:
- Reliable Temperature Control: Offers both self-regulating and constant wattage electric tracing options to maintain stable temperatures across long tubing lengths, essential for freeze protection and process stability.
- High-Quality Materials: Each bundle is constructed with chloride-free urethane jackets, nonhygroscopic insulation, and optional fluoropolymer jackets for enhanced chemical resistance and durability.
- Versatile Applications: Suitable for maintaining process temperatures, viscosity control, and freeze protection in industries like petrochemical, refining, and power generation.
- Global Compliance: The system is certified for use in hazardous areas, adhering to global safety and performance standards.
- Customization: Available in a range of configurations, with seamless stainless steel or Monel tubing options, and customizable with heat shrink boots, drain wires, and end seals to suit specific application needs.
Efficiency & Convenience:
-Pre-Engineered Solutions: Delivered ready to install, reducing field labor and ensuring consistent quality.
- Complete Support: comprehensive design assistance, including failure mode analysis and accessory recommendations, ensuring optimal system performance.
Technical Specifications
- Number of process tubes: Single pipe, Double pipe
- Sheath: PVC (SV47), Polyurethane
- Process tube material: 316 stainless steel welded, 316 stainless steel seamless, PFA
- Tracing: High-temperature self-regulating heating ribbon, Low-temperature self-regulating heating ribbon, Power-limiting heating ribbon
Features
- Protection against freezing
- Limits temperature variations
- Controls viscosity
- Maintains constant temperature over long distances