SIHF silicone cable 3x0.75 mm² 100 m Red heat resistant

The cable comes on a practical 100-meter roll in striking red and has tinned conductors with flexibility class 5 for easy installation and long service life. Thanks to its combination of durability, flexible installation, and clear specifications, this SIHF silicone cable is a smart choice for anyone looking for a safe, reliable, and professional cabling solution — order today and experience the difference.

Key features

• Temperature range: -60 to +200 °C
• Voltage: 300–500 V
• Number of conductors & conductor cross-section: 3 conductors, 0.75 mm²
• Roll length: 100 meters
• Sheath: silicone (heat and chemical resistant)
• Construction: tinned conductors, flexibility class 5

High heat resistance

Its exceptional heat and cold resistance (-60 to +200 °C) makes this SIHF cable ideal for demanding applications such as ovens, industrial machinery, and outdoor installations in extreme climates. The silicone sheath keeps insulation properties stable when exposed to high temperatures and temperature fluctuations, reducing wear and tear and extending service life. This reduces maintenance intervals and downtime, which is especially important in professional installations and continuous operation.

Flexible installation

Thanks to its tinned conductors with flexibility class 5, the cable is exceptionally flexible and easy to work with in narrow conduits, moving parts, and complex fixtures. Installers benefit from quick assembly and secure finishing with terminals and splice connectors, while the 100-meter roll reduces unnecessary splice points. The striking red color simplifies identification in the workplace, further reducing errors and installation time.

Reliable safety

With a rated voltage of 300–500 V and tinned conductors, this cable offers extra protection against corrosion and electrical interference, increasing reliability in critical installations. The silicone sheath is resistant to many chemicals, oils, and cleaning agents, making it ideal for hospitality, laboratories, and industrial environments. This combination of electrical properties and chemical resistance minimizes risks, ensures long-term performance, and supports compliance with professional safety standards.