A. Proctor Group

Wraptite enhances thermal performance of award winning Eco House

  • 13 Mar 2019

An impressive new contemporary award-winning Eco House in Perthshire is set to benefit from the superior airtightness performance qualities of Wraptite, from the A. Proctor Group.

The house, ‘Tighétébhu’, was constructed by SIPS Scotland and has been chosen as the winner of the Best SIPs Home in the Build It Awards 2018.

The new property is a self-build project commissioned by Keira Proctor, MD of the A. Proctor Group, and designed by Allan Corfield Architects, Dunfermline who are specialists in Self Build.

Keira commented on the award news: “I am delighted that Tighétébhu has been recognised for the award as ‘Best SIPs Home’, which is testimony to the high quality of the work achieved by SIPs Scotland, and it’s a further endorsement of the superior airtight performance of Wraptite in buildings.”

Wraptite, the only self-adhering external vapour permeable air barrier certified by the BBA, was installed as part of the Structural Insulated Panel (SIPs) construction of the home.

The use of Wraptite in the construction makes a significant contribution to a building’s thermal performance, by preventing lateral air movement.

It also provides high vapour permeability in a continuously sealed, self-adhered, airtight membrane.

A. Proctor Group

Unlike internal air barriers, which can be complex and expensive to install because of the need to accommodate building services such as electrical, lighting, heating and drainage systems, positioning a highly breathable, yet airtight barrier on the outside of the structural frame simplifies the process of maintaining the envelope’s integrity, due to the fact there are less building services and structural penetrations to be sealed.

Another crucial benefit of the system is that the high vapour permeability of Wraptite allows the substrate beneath to dry quickly and moisture vapour to escape.

This guarantees good indoor air quality and lowers the chances of mould, mildew, condensation, timber distortion and metal corrosion.

The self-adhesive nature of Wraptite means it is easy to apply together with Wraptite corner detailing and there are no requirements for mechanical fixings.

Throughout the construction, the membrane was wrapped externally around the whole house, which proved invaluable in protecting the building from the elements during the length of the project and it also kept internal finishings safe from the elements, and the site workers warm.

Alongside Wraptite, additional products were selected from the A.Proctor portfolio to enhance the thermal performance of the property, including Reflectatherm Premier, a high performance reflective, vapour control layer, and Spacetherm CBS (Cold Bridge Strip), which uses Spacetherm Aerogel insulation encapsulated in polyethelene for use in thermal bridging through a component or element of the structure.

Reflectatherm Premier provides a vapour control layer, with integrated tape for ease of installation, which restricts the passage of water vapour, combined with a heat reflecting low emissivity coating, which is designed to improve energy efficiency and enhance thermal performance when placed on the warm side of the insulation.

Spacetherm CBS was used to mitigate thermal bridging in the area of the sunken living area within the property.

Engineered for unsurpassed thermal performance in space-critical applications, Spacetherm CBS is ideal when seeking to reduce thermal bridging in timber or steel structures.

The split-level eco-house was designed with two main elements; the first an L-shaped two-storey accommodation and the second is a large sweeping single storey curved entertaining area.

Both elements are seamlessly linked by a large two-storey atrium, which gives access to all areas of the home.

The combination and introduction of an integrated approach using high-performance products within the construction have guaranteed the final outcome is an award-winning, A-Rated energy efficient house, which has been designed with best practice principles of managing the balance of Heat, Air, Moisture movement (HAMM).

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