Kooltherm K108 Cavity Board stands at the forefront of partial fill cavity wall insulation, delivering unparalleled performance with its premium, lower-lambda rigid thermoset phenolic insulation.
Its exceptional thermal conductivity of just 0.019 W/mK enables buildings to achieve optimal U-values with a notably thinner profile, effectively maximising usable internal floor space and allowing more natural daylight to permeate the interior.
Features and Benefits
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Ultra-Thin Insulation Solution: Kooltherm K108 is among the most slender options available for partial fill cavity walls, facilitating thinner wall constructions that enhance the aesthetic and functional quality of buildings by allowing more natural light and increasing usable space.
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Moisture Resistance: With a clear cavity that resists moisture penetration, Kooltherm K108 ensures long-term durability and maintains insulation performance, contributing to the overall health of the building environment.
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Enhanced Thermal Resistance: The low emissivity foil facings on both sides of Kooltherm K108 significantly increase the thermal resistance of the cavity, providing superior insulation performance that surpasses that of many alternative products.
Application Areas
Kooltherm K108 is specifically engineered for partial fill cavity wall insulation applications. It's an excellent choice for new construction and retrofit projects alike, where improving thermal efficiency without sacrificing space or light is essential.
Technical Specifications
- Dimensions: L1200 x W450 x D90mm
- Thermal Conductivity: 0.019 W/mK
- Thermal Resistance: 5.55 m²K/W
- Facings: Low emissivity composite foil, autohesively bonded to the insulation core
- Certifications: BBA Certified
- Material: Premium performance, lower-lambda rigid thermoset phenolic insulation
- Edging: Square
Kooltherm K108 Cavity Board redefines the standards for partial fill cavity wall insulation with its advanced features and superior performance. It offers a sustainable, effective solution for architects, builders, and homeowners aiming to enhance the energy efficiency of their buildings while maximising architectural flexibility and interior comfort.
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