Key Features - Thermal Conductivity (λ) 0.022w/mk.
Low thermal conductivity, minimising the thickness required to achieve the design U-value. - High compressive strength - Compressive strength>150kPa - Certified under BBA certificate number 07/4444 - Reaction to Fire: Euro Class E
EN 13501-1 insulation
Key Features - Thermal Conductivity (λ) 0.022w/mk.
Low thermal conductivity, minimising the thickness required to achieve the design U-value. - High compressive strength - Compressive strength>150kPa - Certified under BBA certificate number 07/4444 - Reaction to Fire: Euro Class E
EN 13501-1
Key Features - Thermal Conductivity (λ) 0.022w/mk.
Low thermal conductivity, minimising the thickness required to achieve the design U-value. - High compressive strength - Compressive strength>150kPa - Certified under BBA certificate number 07/4444 - Reaction to Fire: Euro Class E
EN 13501-1
Key Features - Thermal Conductivity (λ) 0.022w/mk.
Low thermal conductivity, minimising the thickness required to achieve the design U-value. - High compressive strength - Compressive strength>150kPa - Certified under BBA certificate number 07/4444 - Reaction to Fire: Euro Class E
EN 13501-1
Key Features - Thermal Conductivity (λ) 0.022w/mk.
Low thermal conductivity, minimising the thickness required to achieve the design U-value. - High compressive strength - Compressive strength>150kPa - Certified under BBA certificate number 07/4444 - Reaction to Fire: Euro Class E
EN 13501-1
Key Features - Thermal Conductivity (λ) 0.022w/mk.
Low thermal conductivity, minimising the thickness required to achieve the design U-value. - High compressive strength - Compressive strength>150kPa - Certified under BBA certificate number 07/4444 - Reaction to Fire: Euro Class E Insulation
EN 13501-1
Key Features - Mannok Therm Laminate-Kraft / MLK PIR insulation is ideally suited to be used under rafters to reduce the overall heat loss through the roof and eliminate thermal bridging through the rafters. - With the additional benefit of its paper facer, Mannok Therm Laminate-Kraft / MLK PIR insulation is also suitable for use in dry-lining applications fixed in place using dot-and-dab adhesive or mechanical fixings. - Certified under BBA certificate number 07/4444 and IAB certificate number 05/0223 - Zero ozone depletion potential (zero ODP) and low global warming potential (GWP)
Key Features - Mannok Therm Laminate-Kraft / MLK PIR insulation is ideally suited to be used under rafters to reduce the overall heat loss through the roof and eliminate thermal bridging through the rafters. - With the additional benefit of its paper facer, Mannok Therm Laminate-Kraft / MLK PIR insulation is also suitable for use in dry-lining applications fixed in place using dot-and-dab adhesive or mechanical fixings. - Certified under BBA certificate number 07/4444 and IAB certificate number 05/0223 - Zero ozone depletion potential (zero ODP) and low global warming potential (GWP)
Key Features - Mannok Therm Laminate-Kraft / MLK PIR insulation is ideally suited to be used under rafters to reduce the overall heat loss through the roof and eliminate thermal bridging through the rafters. - With the additional benefit of its paper facer, Mannok Therm Laminate-Kraft / MLK PIR insulation is also suitable for use in dry-lining applications fixed in place using dot-and-dab adhesive or mechanical fixings. - Certified under BBA certificate number 07/4444 and IAB certificate number 05/0223 - Zero ozone depletion potential (zero ODP) and low global warming potential (GWP)
Key Features - Mannok Therm Laminate-Kraft / MLK PIR insulation is ideally suited to be used under rafters to reduce the overall heat loss through the roof and eliminate thermal bridging through the rafters. - With the additional benefit of its paper facer, Mannok Therm Laminate-Kraft / MLK PIR insulation is also suitable for use in dry-lining applications fixed in place using dot-and-dab adhesive or mechanical fixings. - Certified under BBA certificate number 07/4444 and IAB certificate number 05/0223 - Zero ozone depletion potential (zero ODP) and low global warming potential (GWP)
