Single-core FEP wire, resistant to high temperatures HELUFLON®-FEP-6Y 1x10 mm² brown, conductor: tinned copper 25604

Robust FEP cable for extreme conditions

This single-core HELUFLON®-FEP-6Y cable is a specialized solution for installations requiring high thermal and chemical resistance. The cable is designed to operate in harsh conditions, such as furnaces, heating devices, the chemical industry, or installations in environments exposed to aggressive substances. Its construction and materials guarantee reliability and safety in demanding applications.

Construction and properties

The cable is characterized by FEP fluoropolymer insulation, which provides exceptional resistance to high temperatures – from -100°C to +205°C (short-term up to +230°C). The tinned copper core with a cross-section of 10 mm² ensures good conductivity and flexibility. The cable construction is based on a multi-strand core of class 5, which increases its flexibility and simplifies installation. Additionally, the cable exhibits high resistance to radiation, microorganisms, ozone, and water. The materials used in production are silicone and cadmium-free, which affects its durability and safety.

Applications and benefits

The HELUFLON®-FEP-6Y cable finds wide application in:

• Installations in furnaces and heating devices
• The chemical industry (resistance to acids, alkalis, oils, and gasoline)
• Construction of switchgear cabinets in extreme conditions
• Kitchen and measuring devices
• Applications requiring resistance to radiation and microorganisms

Thanks to its properties, this cable provides:

• Safety: Flame and high-temperature resistance minimizes the risk of fire.
• Durability: Fluoropolymer insulation guarantees long-term operation even in an aggressive environment.
• Reliability: High resistance to external factors ensures stable operation of the installation.
• Flexibility: Multi-strand core simplifies installation and routing of cables in tight spaces.
• Chemical resistance: Possibility of use in contact with various chemical substances without the risk of insulation damage.