Single-core FEP wire, resistant to high temperatures HELUFLON®-FEP-6Y 1x16 mm² white, conductor: silver-plated copper 20365

High-temperature cable for demanding applications

This single-core HELUFLON®-FEP-6Y cable is a specialized solution designed to operate in extreme conditions. Made of silver-plated copper and insulated with FEP fluoropolymer, it ensures reliability and safety in harsh industrial environments and installations. This cable is used wherever standard solutions fail – from furnaces and brickworks to installations in the chemical industry.

Construction and properties

The cable is characterized by a solid construction: a stranded silver-plated copper wire (class 5 – flexible multi-strand) provides flexibility and resistance to bending. Insulation with FEP-HELUFLON® guarantees exceptional resistance to high temperatures (up to +205°C, briefly up to +230°C) and aggressive chemicals such as alkalis, acids, oils and gasoline. Additionally, this material is flame retardant, resistant to microorganisms and completely waterproof. High insulation resistance minimizes dielectric losses.

Applications and benefits

The HELUFLON®-FEP-6Y cable is ideal for:

• Installations in furnaces and heating devices: Temperature resistance allows for safe use in close proximity to heat sources.
• Chemical industry: Resistance to aggressive chemicals ensures reliable operation in difficult conditions.
• Construction of switchgear cabinets: Provides safety and durability in demanding applications.
• Kitchen and measuring devices: Guarantees reliability in everyday use.
• Applications requiring radiation resistance: The cable retains its properties even under the influence of radiation.

Thanks to its properties, this cable not only protects the installation from damage, but also ensures long-lasting and trouble-free operation of devices. Minimal water absorption and high insulation resistance (minimum 2 GOhm/km) further increase its reliability. The cable meets the requirements of IEC 60332-1-2 standard regarding fire resistance.