INCA Case Study: Bettws Corner Blocks, Newport
Bettws Corner Blocks, Newport
Project Type: Refurbishment
Building Type: Low Rise, Residential
Architect: Target Green
System Designer: Structherm Ltd
Installer: Joyner Group
System & Finish: STRUC-BRICK/STRUC-SIL/STRUC-DASH
U-Value Before: 1.4W/m²K
U-Value After: 0.21W/m²K
The Background to the Project
Newport City Homes (NCH) identified a number of ‘corner blocks’ in need of thermal upgrade. These properties are multiple occupancy and situated at the ends of terraced house blocks. NCH required the newly insulated properties to blend in with the surrounding privately owned properties.
The Solution & Specification
The Structherm Mineral Wool External Wall Insulation system was selected for the NCH project, with multiple finishes including dash, silicone and ArtBrickTM. This enabled the corner blocks to have an aesthetically pleasing and fresh look that fitted seamlessly with the area and meet the thermal upgrade requirements.
The Installation & Challenges on Site
Due to the wide variation in original brick and render finishes on the private houses, it was necessary for multiple samples to be produced to enable the finish system to match the existing properties.
Problems Overcome
Various bespoke EWI details were needed to overcome issues with terminating the system against neighbouring properties.
The End Result
Newport City Homes are pleased with the finished properties and the performance and look of Structherm’s ArtBrick solution, as well as their Approved Installation Contractors who undertook multiple elements of project work including re-roof, replacement windows and doors in addition to the EWI.
The use of Structherm’s unique ArtBrickTM finish has revitalised the buildings’ appearances, ensuring they remain in-keeping with the surrounding area whilst meeting the energy efficiency and thermal efficiency targets required.
The use of Structherm’s unique ArtBrickTM finish has revitalised the buildings’ appearances, ensuring they remain in-keeping with the surrounding area whilst meeting the energy efficiency and thermal efficiency targets required