Kooltherm Phenolic Pipe Insulation Lagging – 54mm X 25mm X 1m

As a premium insulation solution for building services and HVAC systems, this Kooltherm Pipe Insulation from Kingspan is recognised for its thin and efficient design. As a result, this makes it perfect for refurbishment and new construction projects in a wide range of sectors including commercial, residential, industrial, institutional and leisure.

Due to its dense, cross-linked structure, this Kooltherm pipe insulation offers excellent smoke and fire resistance traits which have been acknowledged by achieving FM Approval per Standard Class 4924 and a European Reaction to Fire performance of BL,s1,d0. Alongside a thermal conductivity as low as 0.025 W/m·K, it delivers a highly effective and long-term energy-saving insulation.

Features & Benefits: Kooltherm Phenolic Pipe Insulation Lagging – 54mm x 25mm x 1m

• Densely cross-linked structure for low smoke emission and excellent fire performance
• Rigid non-fibrous thermoset modified resin insulant
• Long-term and highly effective energy-saving solution
• Outstanding performance for compressive strength, cost and insulation efficiency
• 0.025W/mK thermal conductivity
• Perfect for a range of refurbishment and new construction projects
• 54mm pipe size x 1m length
• 25mm wall thickness

This Kooltherm insulation is based on patented, award-winning technology. Made to be CFC and HCFC-free with low Global Warming Potential and zero Ozone Depletion Potential, it offers fantastic performance for compressive strength, cost and insulation efficiency. Its application methods, factory production control and performance have been completely certified by KIWA N.V. Technical Assessment Body and Local Authority Build Control and it is covered by an LABC Warranty.

Standards & Certification

• Thermal conductivity: 0.025W/mK at 10°C mean declared in accordance with EN14314
• KIWA BDA Agrément: certificate BAP 15-036/01/C
• LABC Registered Detail RD: certificate number EWW382
• Spread of flame: Class 1 to BS 476-7
• Reaction to fire: EN 13501-1