HEM-PTCu-68300 PTFE insulation used in antenna and freeze protection areas provides high temperature resistance and has chemical resistance properties.
High-Temperature Applications: Suitable for applications ranging from -55°C to +240°C.
Harsh Environmental Conditions: Provides temperature control in process lines dealing with corrosive and aggressive chemicals.
Power Generation Facilities: Effective in temperature control of pipelines and equipment in power plants.
Food and Pharmaceutical Industry: Ensures temperature management in applications requiring hygienic conditions.
Maritime and Offshore Applications: Offers a reliable heating solution in the maritime sector due to its seawater-resistant structure.
Paint and Coating Industry: Used to optimize surface temperature in paint workshops.
Vacuum and Pressurized Systems: Applied in scenarios requiring heating systems resistant to high temperatures and pressure.

| SPECIFICATIONS | |
| Cable nominal resistance | 1,08 to 8000 Ohm/km |
| Nominal temperature | 220 °C |
| Allowed load | 30 W/m (depending on heat dissipation conditions) |
| Testing voltage | 3000 V |
| Nominal voltage | 300/500 V |
| Outer diameter | approx. 2.8 mm (High nominal resistance heating cables may have different external diameters) |
Design:

High-Temperature Applications: Suitable for applications ranging from -55°C to +240°C.
Harsh Environmental Conditions: Provides temperature control in process lines dealing with corrosive and aggressive chemicals.
Power Generation Facilities: Effective in temperature control of pipelines and equipment in power plants.
Food and Pharmaceutical Industry: Ensures temperature management in applications requiring hygienic conditions.
Maritime and Offshore Applications: Offers a reliable heating solution in the maritime sector due to its seawater-resistant structure.
Paint and Coating Industry: Used to optimize surface temperature in paint workshops.
Vacuum and Pressurized Systems: Applied in scenarios requiring heating systems resistant to high temperatures and pressure.
