Single-core silicone wire, high temperature resistant, very flexible SiFF 1x2.5mm² black 45601

High-temperature silicone wire – flexibility and reliability in harsh conditions

This exceptionally flexible silicone wire is designed to operate in a wide temperature range, from -60°C to +180°C. Its construction based on a multi-strand, very flexible class 6 conductor ensures long-lasting reliability even with intensive bending and twisting. The wire is ideal for applications requiring high resistance to external factors and extreme working conditions.

Application and construction features

The wire finds wide application in many industries, such as metallurgy, steelworks, aerospace, shipbuilding, cement plants and power plants. Thanks to its resistance to oils, chemicals, UV and ozone radiation, it performs well in demanding industrial environments. Its silicone insulation ensures the safety and durability of connections. The wire is particularly valued where standard cabling fails – high temperature, frequent movements or contact with aggressive substances do not pose a problem for it.

• Flexibility: Multi-strand conductor construction class 6 guarantees exceptional flexibility and facilitates installation even in tight spaces.
• Thermal resistance: Operation in a temperature range from -60°C to +180°C allows the wire to be used in extreme conditions.
• Chemical resistance: Resistance to oils, chemicals and UV radiation ensures long-term operation.
• Safety: Silicone insulation provides high electrical and mechanical resistance.
• Rated voltage: Wire adapted to work at a voltage of 500 V (300 V between conductor and metal housing or grounding).
• Conductor cross-section: 2.5 mm² – optimal choice for many industrial and installation applications.
• Outer diameter: Approximately 3.9 mm – compact size facilitates routing wires in tight spaces.

The wire meets the requirements of DIN VDE 0250-1 and 502 standards, which confirms its high quality and safety of use. It is a proven and trustworthy product for professionals and demanding end-users.