Silicone cable, resistant to high temperatures acc. to UL/CSA SiHF UL/CSA 25G1,5 mm² black, conductor identification acc. to DIN VDE 0293-308 23251

Silicone cable for extreme conditions

This 25-core silicone cable is designed to operate in demanding environments where standard cables fail. It features high temperature resistance, both continuous and short-term, making it an ideal choice for industrial and specialized applications. The halogen-free construction increases safety in the event of a fire, minimizing the emission of toxic gases.

Construction and properties

The cable is made of tinned copper cores, which ensures good conductivity and corrosion resistance. Silicone insulation guarantees flexibility even at low temperatures and maintains dielectric properties at high temperatures. The cores are longitudinally twisted to increase mechanical strength and ease of working with the cable. Core marking according to DIN VDE 0293-308 (colored or with white numbering) facilitates identification during installation. A yellow-green protective core (from 3 cores and above) provides additional safety. The outer silicone coating protects the cable from external factors and ensures its durability.

Applications and benefits

This cable is used in a wide range of industries where reliability and resistance to extreme conditions are required:

• Power plants: Due to the lack of halogens and high temperature resistance, ideal for use in the energy sector.
• Steel, aviation, and shipbuilding industries: Mechanical and thermal resistance make the cable suitable for harsh industrial conditions.
• Ceramics, glass, and cement plants: Resistance to high temperatures and aggressive chemical environments.
• Flexible connections: The high flexibility of the silicone insulation allows the cable to be used as a flexible connection in moving devices or those exposed to vibration.
• Internal installations: Can be used in internal installations in accordance with safety standards (remember to consider limitations regarding installation in closed cable ducts).

Additionally, the cable is resistant to:

• Vegetable and animal oils and fats
• Alcohols
• Plasticizers and chlorophenols
• Diluted acids and alkalis
• Oxidizing agents
• Atmospheric and tropical factors
• Water, oxygen and UV radiation.

This ensures long-lasting and reliable operation even in the most demanding conditions.