Single-core silicone wire, resistant to high temperatures SiF 1x0.5mm² yellow 23308

High-temperature silicone wire – reliability in harsh conditions

This single-core silicone wire, with a cross-section of 0.5 mm², is an ideal solution where standard cabling fails. Designed to operate at extreme temperatures, it performs well in demanding industrial applications. The yellow insulation facilitates identification and ensures installation safety. The wire is characterized by exceptional flexibility and resistance to external factors.

Construction and properties – the key to long-term operation

The wire is made of multi-strand copper core class 5, which guarantees high flexibility and resistance to material fatigue during frequent bending. Silicone insulation provides resistance to high temperatures (up to +180°C in stationary operation and flexibly up to +180°C) and aggressive chemicals – oils, greases, acids and alkalis. The rated voltage is 500 V, and the test voltage is 2000 V, which confirms its safety of use. The outer diameter of the wire is approximately 2.3 mm.

• Core made of class 5 stranded copper ensures flexibility and connection durability.
• Silicone insulation guarantees resistance to high temperatures and chemicals.
• Rated voltage of 500 V enables safe operation in electrical installations.
• The wire is chemically resistant to oils, greases, acids, alkalis and other aggressive substances.
• Operating temperature range is from -25°C to +180°C (flexible) and from -60°C to +180°C (stationary) – enables a wide range of applications.

Applications – where will this wire work?

Silicone wire SiF is particularly recommended for applications in industries: steel, metallurgical, aviation, shipbuilding, cement and ceramic. The halogen-free construction also allows it to be used in power plants. Thanks to its flexibility and resistance to high temperatures, it is ideal for connecting moving parts of machines and heating devices. It will also work wherever high resistance to weather and chemical conditions is required. The minimum bending radius is 15x the wire diameter in flexible operation and 6x in fixed installation, which facilitates assembly even in tight spaces.