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
90mm Kingspan Kooltherm K106 Cavity Board. The board is a premium performance rigid thermoset. It has fibre-free phenolic insulation which is core bonded to a water-tight, vapour-open polypropylene fleece and to an inner facing of a low emissivity composite foil.
We also stock Kingspan K106 115mm.
K106 90mm is specifically designed to limit thermal bridging and uncontrolled airleakage via junctions in cavity wall constructions.
K106 90mm has a thermal conductivity of 0.019 W/m.K
90mm Kingspan Kooltherm K106 Cavity Board. The board is a premium performance rigid thermoset. It has fibre-free phenolic insulation which is core bonded to a water-tight, vapour-open polypropylene fleece and to an inner facing of a low emissivity composite foil.
We also stock Kingspan K106 115mm.
K106 90mm is specifically designed to limit thermal bridging and uncontrolled airleakage via junctions in cavity wall constructions.
K106 90mm has a thermal conductivity of 0.019 W/m.K
90mm Kingspan Kooltherm K106 Cavity Board. The board is a premium performance rigid thermoset. It has fibre-free phenolic insulation which is core bonded to a water-tight, vapour-open polypropylene fleece and to an inner facing of a low emissivity composite foil.
We also stock Kingspan K106 115mm.
K106 90mm is specifically designed to limit thermal bridging and uncontrolled airleakage via junctions in cavity wall constructions.
K106 90mm has a thermal conductivity of 0.019 W/m.K
90mm Kingspan Kooltherm K106 Cavity Board. The board is a premium performance rigid thermoset. It has fibre-free phenolic insulation which is core bonded to a water-tight, vapour-open polypropylene fleece and to an inner facing of a low emissivity composite foil.
We also stock Kingspan K106 115mm.
K106 90mm is specifically designed to limit thermal bridging and uncontrolled airleakage via junctions in cavity wall constructions.
K106 90mm has a thermal conductivity of 0.019 W/m.K