150mm Rockwool Frontrock MAX E Dual Density External Wall Insulation Slab 1000x600mm (pack of 2)
150mm Rockwool Frontrock MAX E Dual Density External Wall Insulation Slab 1000x600mm (pack of 2)
Guide Price: £22.50 (£27.00 inc VAT)
Price per m2: £18.75/m2 (£22.50 inc VAT)
- Product Code: A1-1700
- Delivery Time: 3 - 5 weeks
- Brand: Rockwool (tech. support: 08712221780)
- Model and Size: 1000x600mm - 1.20m2
- Weight: 16.20kg
Our ratings on 31-05-2023:
4.4 out of 5 - Excellent
4.7 out of 5
150mm Rockwool Frontrock MAX E Dual Density External Wall Insulation Slab 1000x600mm (pack of 2)
Thickness: 150mm
Width: 600mm
Length: 1000mm
Pack Quantity: 2
Pack Coverage: 1.2m2
Density: 90kg/m3
Weight of 1m2: 13.5kg
Weight: 16.2kg
Thermal Conductivity: 0.036W/mK
R-Value: 4.15m2K/W
Fire Rating (Reaction to Fire): A1(Non-combustible)
150mm Rockwool Frontrock MAX E is a rigid dual density thermal and acoustic insulation slab made from volcanic rock, thus extremely durable, fire resistant and specifically created for external wall applications to go directly under render. The higher density surface of the slab is to take the render. The slabs are made from 97% recyclable and renewable material which also makes them environmentally friendly since they can lower the carbon footprint of the household.
CHARACTERISTICS
- Excellent thermal and acoustic performance,
- Higher density top surface,
- Easy to handle and install without gaps,
- Render applied directly,
- Breathable
- Can prevent surface and interstitial condensation,
- Can be applied to a wide range of substrates,
- Protects the fabric of the building,
- Classified as non-combustible,
APPLICATION
Rockwool Frontrock Max E Insulation Slab is specifically made for external wall applications to go directly under render.
INSTALLATION
CERTIFICATION
- Conform to EN 13162: 2012.
- Achieves a reaction to Fire classification of A1, as defined in EN13162
- Does not contain gases that have Ozone Depleting Potential (ODP) or Global Warming Potential (GWP)
- Rockwool fibres are not classified as possible human carcinogen.