Power cable ÖLFLEX® HEAT 260 MC 3G0.75, 300/500 V, Flexible, PTFE, UV resistant 0091306

Heavy-duty power cable for extreme conditions

The ÖLFLEX® HEAT 260 MC 3G0.75 cable is a reliable solution for power supply in demanding industrial environments. It is characterized by high temperature resistance, aggressive chemicals, and UV radiation, making it an ideal choice for applications in the construction of industrial furnaces, foundries, the chemical and energy industries. Its flexible design simplifies installation even in tight spaces.

Construction and application

This cable is designed to operate in harsh conditions, such as paint shops or plastics processing. Made of nickel-plated copper wire and PTFE insulation, it provides high mechanical and electrical strength. It is particularly recommended where standard cables fail – in places exposed to high temperatures, contact with aggressive chemicals, or limited mounting space. It will also be useful in wind power plants and heating elements.

Advantages and benefits

• Exceptional chemical resistance: PTFE provides resistance to acids, alkalis, solvents, paints, gasoline and many other chemical media. This is crucial in industrial environments exposed to corrosive substances.
• High thermal resistance: The cable retains its properties over a wide range of operating temperatures – from -190°C to +260°C (in fixed installation).
• Flexibility: The construction with flexible copper conductors facilitates laying and connecting the cable, even in tight spaces.
• UV resistance: Ensures long-term reliability in outdoor applications.
• Safety: It has self-extinguishing properties in accordance with IEC 60332-1-2, which increases the safety of the installation.
• Low water absorption: Minimizes the risk of damage caused by moisture and corrosion.
• Mechanical strength: PTFE provides high resistance to abrasion and mechanical damage.
• Use as a protective conductor: Contains a protective conductor for increased safety.

The ÖLFLEX® HEAT 260 MC cable is an investment in the reliability and durability of electrical installations in demanding industrial conditions.