Technical Support
-
Call Us 0800 133 7072
-
WhatsApp Us 0744 144 7688
-
Email Us info@ewipro.com
Case Study – Domestic Kingspan K5
At EWI Pro, we specify many projects throughout the UK. They vary in size, scope, and system application. From large-scale commercial projects to small-scale residential, we cover every type of project. As we’ve discussed recently, we provide a comprehensive range of testing processes. These include wind-load tests, moisture testing, and pull-out tests. Our Technical Team also provides expert U-value calculations to ensure the system is suitable. In our new series of blogs, we will shine a light on specific projects and the build-ups they utilise.
The Dale Wood Road project is an excellent representation of how our products can be used to upgrade a property’s thermal efficiency and comfort, without sacrificing the aesthetic properties.
Project details
– Substrate: Brick
– U-Value change: 0.30 W/m²K
– Basecoat: EWI-225 Premium Basecoat
– Finish: EWI-075 Silicone Render
– Colour: 20001 Pure White
– Location: Orpington
– Installer: Ralph Plastering
The build-up
EWI Pro systems are specifically designed External Thermal Insulation Composite Systems (ETICS) known for their durability, flexibility, and excellent thermal performance. Every material in these systems is crafted to enhance a home’s façade and ensure compatibility, forming a continuous thermal envelope. This uninterrupted envelope is crucial in preventing cold bridges, which can severely affect thermal efficiency. Upgrading a property’s Energy Performance Certificate (EPC) by installing an External Wall Insulation (EWI) system, using Kingspan K5 significantly improves energy efficiency. This change not only reduces heat loss through walls but also maintains a consistent internal temperature, increasing thermal comfort. The high R-value of Kingspan K5 contributes to the building’s enhanced energy performance, making the property more energy-efficient and environmentally friendly. This improvement can lead to energy bill savings, increased property value, and compliance with modern energy standards.
The system chosen for this was 50mm of Kingspan K5, with the U-value to be confirmed, but hopefully achieved the retrofit requirements. The Building Regulations set out U-values retrofits have to achieve. U-value quantifies the heat loss through a building component, such as a wall, floor, or roof. It is the reciprocal of the total R-value (U = 1/total R-value), encompassing the resistance offered by the materials and the air films surrounding them. Expressed in watts per square metre Kelvin (W/m²K), a lower U-value indicates a component’s enhanced ability to curtail heat loss, thereby boosting the overall energy efficiency of the building.