Single-core silicone wire, heat-resistant SiF 1x0.5mm² yellow-green 23313

High-temperature silicone wire – reliability in harsh conditions

This single-core silicone wire is a solution for installations requiring resistance to extreme temperatures and flexibility. The wire is characterized by high reliability and durability, making it an ideal choice for both professional installers and end-users. Made of multi-strand copper core, covered with silicone insulation, it ensures safe and efficient power transmission in a wide temperature range.

Construction and properties

The HELUTHERM SiF wire has been designed for demanding industrial applications. Its construction based on Class 5 copper strands (flexible multi-strand) guarantees high flexibility and resistance to material fatigue during frequent bending. Silicone insulation provides not only excellent dielectric properties but also resistance to high temperatures – from -60°C to +180°C in stationary operation, and even up to +180°C in flexible mode. Additionally, the wire is halogen-free, which increases safety in the event of a fire and minimizes the emission of toxic substances.

The wire has a rated voltage of 300/500V and a core cross-section of 0.5 mm², making it suitable for many applications. The outer diameter of the wire is approximately 2.3 mm, which facilitates its installation and routing in tight spaces. It is resistant to oils, greases, diluted acids and alkalis, which expands the range of its applications in various industrial environments.

Applications

Silicone wire SiF finds wide application in industries such as:

• Steel and metallurgical industry: due to its high thermal resistance.
• Aerospace and shipbuilding industry: where flexibility and reliability are required in harsh operating conditions.
• Cement and ceramic industry: due to resistance to abrasion and high temperatures.
• Power plants: thanks to halogen-free properties increasing fire safety.
• Heating installations: where maintaining stable parameters at elevated temperature is necessary.
• Laboratory equipment: requiring wires resistant to chemical factors and high temperatures.