
Kooltherm K12 Framing Board
Framing board insulation suitable for internal walls
At Kingspan, we offer a practical solution for internal wall insulation for Type C construction buildings: the Kingspan Low-Rise Insulated Wall Solution. This system combines the Kooltherm K12 Framing Board, Kooltherm K12 Adhesive, and any plasterboard, which is fast to install and has several key benefits like:
Thermal Performance: |
Kingspan Low-rise Insulated Wall Solution provides thermal performance by ensuring efficient insulation, which can reduce energy consumption. The system uses Kingspan Kooltherm, a rigid thermoset phenolic insulation, one of the most thermally-efficient insulations commonly used. |
Continuous Insulation: |
Thermal bridging in buildings is an important factor that needs to be addressed when designing or building an energy-efficient building with a high thermal performance. Our system provides uniform insulation coverage, reducing thermal bridging and maintaining consistent thermal efficiency. |
Warranted System: |
The adhesion of plaster to Kooltherm boards is fully warranted by Kingspan, addressing the traditional concern around accountability in the event of failure. This ensures reliability and peace of mind for builders and specifiers. |
Fast and Easy Installation: |
Kingspan Low-rise Insulated Wall Solution is fast and easy to install. The lightweight Kooltherm K12 Framing Board and straightforward application of Kooltherm K12 Adhesive make for efficient installation, saving time and labour costs. |
Cost Savings: |
By eliminating the need for a traditional framing system, Kingspan Low-rise Insulated Wall Solution reduces material and labour costs, providing a cost-effective option for construction projects. |
Space-Saving Design: |
Compared to traditional glass wool insulation, Kooltherm K12 Framing Board offers a thin, rigid insulation solution that maximises usable space without compromising performance. Its slim profile delivers superior thermal conductivity and efficiency, enabling reduced insulation thickness, while achieving equivalent or better results compared to conventional alternatives. |