Kabelový návlek Laminát Pletený Přírodní HellermannTyton 4 mm 25m

HellermannTyton Cable Sleeve, 2mm Sleeve Diameter, 25m Length - GSS2.0

This cable sleeve is designed to provide effective insulation for wires in environments that experience high temperatures. Constructed from fibreglass and lightly impregnated with silicone, this natural coloured cable sleeve measures 2mm in diameter and is available in lengths of 25m. With operational capabilities ranging from -60°C to +250°C, it ensures durable performance across various applications.

Features & Benefits

• High dielectric strength of 0.8kV ensures effective electrical insulation
• Excellent flexibility allows for easy application in tight spaces
• Provides substantial fireproof qualities for enhanced safety
• Good resistance to chemical exposure extends longevity in harsh environments
• Designed for efficient thermal protection in lighting requirements

Applications

• Used for insulation in heating elements
• Ideal for domestic appliances exposed to elevated temperatures
• Suitable for thermal protection in various lighting
• Effective in requiring electrical insulation under stress

What type of environments is this cable sleeve suitable for?

It is specifically designed to withstand harsh conditions with its fibreglass construction and silicone impregnation, making it ideal for high-temperature applications and environments with chemical exposure.

How does the flammability of this sleeve contribute to safety?

The self-extinguishing nature of the sleeve reduces the risk of fire propagation, providing an added layer of safety in electrical applications and installations.

Can this sleeve accommodate extreme temperature variations?

Yes, it operates efficiently in temperatures as low as -60°C and as high as +250°C, accommodating peaks of up to +450°C, making it highly suitable for diverse applications.

What advantages does the silicone impregnation offer?

The silicone impregnation enhances the sleeve's flexibility and thermal protection, ensuring that it remains effective under varying conditions while providing excellent electrical insulation.