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CavityWall 360 insulation

Name: CavityWall 360 insulation
Brand: Unilin Insulation UK Limited
SKU: hb1zYiqJ53QSKvMHXmRvru

Verified by manufacturer 4 months ago

Unilin Insulation UK Limited

Third party certifications:

EPD
Certificate type

Polyisocyanurate (PIR) partial fill wall insulation.

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+44 (0)371 2221033 Website

Application

Partial fill cavity walls.

Description

The system incorporates robust facings, engineered

jointing details, performed corners and has a Lambda of 0.020 W/mK.

Cavity Wall 360 is an environmentally sound choice for Passive and low energy builds. It can achieve a Passive U-Value of 0.15 W/m²K in a traditional cavity wall. When building with Cavity Wall 360 a residual cavity is maintained, offering excellent protection against wind-driven rain.

Features and benefits:

Bio-enhanced PIR insulation.
Enhanced performance as low as 0.020 W/m K.
Halogen free.
Bio-degradable packaging.
Clear cavity maintained.
Lower Lambda value for improved U-Values.

General information

Color	Yellow
Finish	Foil
Material	Polyisocyanurate (PIR)
Shape	Rectangle
Length	1200 mm
Width	450 mm
Height	110 mm 100 mm Manufacturer guidance Thickness

Uniclass	Pr_25_71_63_66 Polyisocyanurate (PIR) foam boardsPrimary
CAWS	F30/12 Partial fill cavity insulation F30/155 Partial fill cavity insulation

Specification data - Polyisocyanurate (PIR) foam boards

Standard	To BS EN 13165.
Fire performance	NPD.
Thermal conductivity (maximum)	0.020 (W/mK).
Compressive strength at 10% deformation	120 (kPa)
Cross section	Uniform thickness.
Thickness (nominal)	100 mm. Guidance for specification option: R Value: 5 m²K/W. 110 mm. Guidance for specification option: R Value: 5.5 m²K/W.
Face size (length x width)	1200 x 450 mm.
Facing	Foil.
Edges	Shiplap.

Sustainability data

Contains Red List materials	No
Country of material origin	United Kingdom
Country of product manufacture	United Kingdom
Material	Polyisocyanurate (PIR)
Embodied carbon A1-A3 (production stage) as defined in BS EN 15804	9.11 kg CO₂ eq/m²
Recyclability	0
Recycled content As defined in clause 7.8 of BS EN ISO 14021	0 %