PIR Insulation Board 140 x 2400 x 1200mm (2.88m²)

SKU: 118371
Est. £40.81 - £46.54  + VAT
The 140mm x 2400mm x 1200mm General Purpose Insulation Board is a lightweight, high-performance PIR board adaptable for roofs, walls, or floors. Easy to cut and install, it offers superior thermal performance with a low heat transfer coefficient and aluminium foil coating. It is resilient, eco-friendly, and meets high-quality standards with BBA certification, CE marking, and ISO approvals. Besides being resistant to moisture and thermal changes, it also boasts a Class 1 fire performance rating.

Product Description

This 140mm x 2400mm x 1200mm General Purpose Insulation Board is a high-performance and lightweight PIR insulation board suitable for a multitude of applications. Easy to cut, handle, and install, it is the go-to solution for contractors and installers targeting roofs, walls, or floors. The board offers excellent thermal performance with a heat transfer coefficient (λ) of 0.022 W/mK. It's surfaced with a low-emissivity, multiple-layer coated aluminium foil. It's highly resilient, exceeding 140kPa in compressive strength. Made with an eco-conscious approach, the manufacturing process features a blowing agent with no ozone depletion potential (ODP) and low global warming potential (GWP). This insulation board is quality reassured with a BBA certification (BBA certificate 02/3905), CE marking and ISO 9001 & ISO 14001 approvals. It carries a Class 1 fire performance rating (BS 476, Part 7) and is categorised as Euroclass F (BS EN 13501-1). Apart from being easy to handle and install, it is also resistant to moisture and thermal fluctuations adding to its usefulness in diverse scenarios.

Product Specification

BrandsKingspan, Celotex, Rockwool, Ecotherm, Xtratherm, Quinn
MaterialPIR
Width (mm)1200
Length (mm)2400
Thickness (mm)140
Dimensions (metric)140mm x 2400mm x 1200mm
ApplicationFloors, pitched roofs & framed wall applications
Coverage (area m²)2.88
Thermal Resistance R Value (m²K/W)6.35
Thermal Conductivity Internal (W/mK)0.022