IKO enertherm ALU Insulation Board
Key Benefits to your project
Multi-functional PIR insulation board
Covered with a multi-layer gas-tight aluminium construction on both sides
Top quality multi layer lamination
HomeInverted Roof Insulation
Inverted Roof Insulation
An inverted roof construction places thermal insulation above the waterproof layer. This maintains the waterproof membrane at an even temperature and protects it from the damaging effects of UV radiation or the effects of the weather. The specified thermal performance of the inverted roof is achieved through the roof design and the thickness of the insulation used.
IKO provides thermally efficient insulation solutions for inverted roof constructions that are available in different thicknesses to suit any project requirements. Our sustainable insulation boards are A rated in BRE Green Guide, offering you environmentally friendly solutions for today’s modern manufacturing.
Why Choose IKO?
Specialist Technical Support
UK Manufactured Products
Full System Guarantee
Family Owned
IKO enertherm XPS Insulation Board
Key Benefits to your project
Excellent thermal performance
High compressive strength
Highly resistant to water absorption
IKO enertherm XPS Insulation Upstand
Key Benefits to your project
Weather resistant facing
Solves many design problems
Excellent thermal performance
IKO VIP (Vacuum Insulation Panel) Insulation Board
Key Benefits to your project
Optimum performance rigid vacuum insulation panel
Comes with a pre-bonded protective layer underneath offering superior product protection and helping to…
Insulating performance up to five times better than other commonly available insulation materials
IKO WCL (for EPS)
Key Benefits to your project
Improves the thermal performance of inverted roofs
Waterproof and water vapour permeable
Enables thinner insulation and less ballast to be used
IKO WCL (for XPS)
Key Benefits to your project
Improves the thermal performance of inverted and green roofs
Waterproof and water vapour permeable
Enables thinner insulation and less ballast to be used
