We are SIPs Panels Ltd. one of the UK’s market leaders in Structural Insulated Panel home building.
Our SIPs high-performance pre-manufactured panels offer industry leading quality and speed in a building system perfect for both residential and light commercial construction.
Made from a composite sandwich of timber panels, with an insulating foam core, they make an incredibly strong, thermally efficient and versatile building material.
The panels can be used for many aspects of a home or office build, whether it be the roof, external or internal walls, even the flooring. They can also be used for garden buildings and extensions – however you choose to use SIPS Panels, they achieve an energy-efficient lower heating cost and high degree of comfort.
We have over 20 years combined experience, and our design team are able to work closely and directly with you or your architect…
Why use SIPS?
SIPs panels are considered a modern and sustainable method of construction, achieving insulation values that cannot be achieved with a traditional build. Typically SIPs panels will give U values as low as 0.13, and greatly reduce cold bridging.
The strength of SIPs panels is second to none, so they can be used as load-bearing walls. Because of the strength of the roof panels you’ll always gain vaulted rooms or second floors depending on the roof height. Our SIPS Panels are independently tested and have shown that in comparison to conventional timber frames they can be up to 7 times stronger.
As the SIPs are pre-insulated you can achieve thinner than normal wall sections, and on average using SIPs is 55% quicker than conventional building methods.
Let us take the stress out of designing your new home...
From the initial design phase right through to the erection of your home, at SIPs panels we are on hand for you. Call us on 01590 642941, email us at firstname.lastname@example.org, or send us a message...
The SIPS Advantage
- Excellent thermal performance
- Low U-values
- Thinner wall depth creates extra floor space
- Environmentally sustainable
- Minimal wastage
- Fast build times
- Design flexibility
- Robust and solid construction
- Limited cold bridging
- Rigid surface for fixings