By Recticel

Recticel Eurowall® Partial Fill Cavity Wall Insulation - 1200mm x 450mm

Regular price
£109.00 (inc VAT)
£90.83
(ex VAT)
Regular price Sale price
£109.00
Delivery:

IN STOCK. Delivery 2 - 3 days 

Free Delivery on orders over £650.00 

Key Features:
  • Thickness: 50mm - 100mm 
  • Board size: 1200mm x 450mm
  • Coverage: 0.54m2 per board
  • Thermal conductivity: 0.022 W/mK 
  • Application: High performance insulation board for partial fill masonry cavity wall applications
Description:

Recticel Eurowall® Cavity is a specialist high performance solution for cavity walls, with precision-cut straight edges to ensure gaps between boards are kept to a minimum. It has a low emissivity facing which delivers improved thermal resistance within the clear cavity.  

Available in 1200mm x 450mm board sizes, the low emissivity facing of Eurowall® Cavity allows for a much improved thermal resistance within the clear cavity.

Unlike other insulation products, Eurowall® Cavity will not degrade or deteriorate due to moisture and therefore maintains its thermal performance


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Regular price
£109.00 (inc VAT)
£90.83
(ex VAT)
Regular price Sale price
£109.00

Related Products


Delivery:

IN STOCK. Delivery 2 - 3 days 

Free Delivery on orders over £650.00 

Key Features:
  • Thickness: 50mm - 100mm 
  • Board size: 1200mm x 450mm
  • Coverage: 0.54m2 per board
  • Thermal conductivity: 0.022 W/mK 
  • Application: High performance insulation board for partial fill masonry cavity wall applications
Description:

Recticel Eurowall® Cavity is a specialist high performance solution for cavity walls, with precision-cut straight edges to ensure gaps between boards are kept to a minimum. It has a low emissivity facing which delivers improved thermal resistance within the clear cavity.  

Available in 1200mm x 450mm board sizes, the low emissivity facing of Eurowall® Cavity allows for a much improved thermal resistance within the clear cavity.

Unlike other insulation products, Eurowall® Cavity will not degrade or deteriorate due to moisture and therefore maintains its thermal performance