Type ELKM-AG-E to 260 °C Series Resistance Polymer Insulated Heating Cables

High Temperature Series-Resistant Heating Cables - Type ELKM-AG-E to 260 °C Series Resistance Polymer Insulated Heating Cables

It is used in frost protection, temperature maintenance, silos, containers, tanks, valves, pumps, filter heating, hopper heating, automotive, paint shops, heating mantles and devices and systems made of (non-metallic) materials.

Type ELKM-AG-E to 260 °C Series Resistance Polymer Insulated Heating Cables

The ELKM-AG-E series series resistance cables feature a chromium-nickel wire structure where the energy-carrying and heat-generating components are the same. Designed for safe operation at temperatures up to 260°C, these cables can be manufactured with different resistance values and are widely used for heat tracing in long pipelines. Their resistance is directly proportional to their length.

To prevent excessive current flow, there is a minimum length limitation for their use. Selecting the appropriate resistance value is essential for optimal performance and energy efficiency. Depending on required power, temperature levels, and environmental conditions, the insulation material can vary from PVC to PTFE. With its 260°C heat resistance, the ELKM-AG-E series provides a reliable solution for industrial heating applications.

ADVANTAGES:

• High chemical and mechanical resistance
• Can be used in all industrial areas
• High operating temperature
• Easy to lay, even in complex structural shapes
• High level of flexibility
• Resistant to steam purging
• Moisture-resistant

APPLICATION:

• Frost protection
• Temperature maintenance
• Silos, containers, tanks
• Valves, pumps
• Filter heating
• Hopper heating
• Automotive
• Paint shops
• Heating mantles
• Devices and systems made of (non-) metallic materia

Application Areas:

• Freeze protection for pipelines and tanks in industrial facilities.
• Heating solutions for maintaining the temperature of liquids and gases.
• Temperature control in silos, containers, and tanks.
• Protection of components such as valves, pumps, and flanges from freezing.
• Enhancing efficiency in filter heating systems.
• Temperature management in hoppers and process equipment.
• Temperature control for specific production stages in the automotive industry.
• Heating solutions for optimizing surface temperatures in paint workshops.
• Ensuring energy efficiency in process lines using heating jackets.
• Temperature control for devices and systems made of metallic and non-metallic materials.
• Heating systems resistant to steam cleaning and moisture exposure.
• Industrial applications requiring chemically and mechanically resistant heating solutions.