Benefits of Structuralinsulatedpanels (SIP)

 Why buy from Structuralinsulatedpanels (SIP)?

There are many benefits of buying Structuralinsulatedpanels (SIP) structural insulated panels and related products.

These include:

• Our SIPs are both strong and light which allows swathes of a building to be elevated at once with ease, allowing for a swift and simple build without sacrificing strength or quality. If site access is restricted, you can also erect the insulated panels one at a time by hand.

• Use Structuralinsulatedpanels (SIP) SIPs in the construction of a building and you create a thin shell, distributing the point loads around the whole surface area.

• Because our structural insulated panels are fabricated offsite, there is a reduction in onsite waste. This combined with the lightness of each unit reduces energy (inherent energy and energy in transport).

• Insulated panels which are made offsite offer the benefit of being able to erect a weatherproof construction in only a couple of days (post foundation work), enabling the rest of the construction to take place around it.

• Foam panels, with polyeurethane core as the insulation, have an Ozone Depletion Potential (ODP) of zero and a low Global Warming Potential (GWP).

• As our insulated panels use recycled timber (OSB), they are both cost-effective and eco-friendly.

• Our structural insulated panels provide outstanding thermal performance which saves money and energy. This is possible because of their airtight nature, low thermal bridging and insulation U-Value.

• The insulation of Structuralinsulatedpanels (SIP)  panels is of such high quality that it actually exceeds Building Regulation requirements.

• When you use Structuralinsulatedpanels (SIP) structural insulated panels there is no need for trusses, which allows for far superior living spaces within the roof.

• Our structural insulated panels are highly airtight (1-3 m3/hr/m2 at 50Pa.), even at points such as external doors, windows, roof lights and joints – areas which can suffer from air leakage when traditional construction is used.