Single-core silicone cable, high temperature resistant SiF 1x6mm² brown 23904

Special application silicone cable

This brown, single-core SiF silicone cable with a cross-section of 6mm² is a reliable solution for installations requiring resistance to extreme temperatures and harsh working conditions. It is characterized by exceptional flexibility and durability, making it an ideal choice for both professional installers and end users. The cable is designed in accordance with DIN VDE 0250-1 and 502 standards, ensuring safety and compliance with applicable regulations.

Construction and properties

The cable consists of a multi-strand, tinned copper core of class 5, providing high flexibility and resistance to material fatigue. The insulation made of high-quality silicone rubber guarantees resistance to high temperatures (up to +180°C in continuous operation and briefly up to +200°C) and a wide range of operating temperatures from -60°C to +180°C. Additionally, the cable is halogen-free, which increases safety in the event of a fire and minimizes the emission of toxic gases. The minimum bending radius is 6x the cable diameter for fixed laying and 15x the cable diameter for mobile installations. The rated operating voltage is 300/500 V, and the test voltage is 2000 V.

Applications and benefits

The SiF silicone cable finds wide application in industries requiring high thermal and chemical resistance. It will be perfect in:

• Metallurgical industry: due to its resistance to high temperatures and corrosion.
• Glass and ceramics industry: where extreme thermal conditions prevail.
• Cement plants: resistance to dust and high temperatures.
• Aerospace: due to its lightness and flexibility.
• Power plants: thanks to halogen-free properties increasing fire safety.
• Heating devices: ideal for connecting heating elements.
• Lighting: especially in luminaires exposed to high temperatures.

Additionally, the cable is characterized by high chemical resistance to oils, vegetable and animal fats, alcohols, solvents, and acids and alkalis. This is crucial in industrial environments exposed to contact with aggressive chemicals. Thanks to its flexibility, it facilitates assembly even in hard-to-reach places.