Thermal Breaks: Everything You Need to Know -
A thermal break, also known as a structural thermal break in construction, is an insulating material that is strategically placed between highly conductive structural components
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A thermal break, also known as a structural thermal break in construction, is an insulating material that is strategically placed between highly conductive structural components
ClimaSpec TB Structural Thermal Break insulation reduces thermal bridging by separating structural connections that penetrate the building envelope to increase energy
Our thermal break materials help reduce building energy demand by minimizing heat flow through the building envelope. This increases the effective R value of wall and roof assemblies. Materials
A structural thermal break or “thermal spacer block” can be used between the metal roof or wall panel and the purlins/girts to reduce thermal bridging. This increases the effective R-value or
FRP thermal breaks are not only superior to aluminum and steel in terms of reducing heat transference, but they are also impervious to rot and corrosion by moisture ingress. Interior
Schöck offers a comprehensive line of structural thermal break solutions that both insulate and support structural penetrations through the building envelope including: balconies, canopies,
ThermalBreak 7 is an Extra Heavy Duty three-in-one reflective insulation, Thermal Break and Class 2 Vapour Barrier for use in all roof and wall types. It meets the NCC requirements for in-situ
sheets of thermal break material fixed to the outside of the framing (gives better thermal performance than strips) specifically designed blocks such as those used between trusses and
A thermal break, also known as a structural thermal break in construction, is an insulating material that is strategically placed between highly conductive structural components within the building envelope, acting as a thermal barrier to interrupt the flow of thermal
Armatherm™ structural thermal break materials provide a combination of low thermal conductivity and high compressive strength. They have been specifically designed and tested to transfer load and prevent thermal
ClimaSpec thermal breaks are designed to reduce linear, point, and clear field thermal transfer, while increasing the effective R values of building components. ClimaSpec independently tested Structural Thermal Breaks provide thermal bridging solutions for both new and retrofit projects contributing to energy code compliance and LEED
ClimaSpec TB Structural Thermal Break insulation reduces thermal bridging by separating structural connections that penetrate the building envelope to increase energy
Our thermal break materials help reduce building energy demand by minimizing heat flow through the building envelope. This increases the effective R value of wall and roof assemblies. Materials Resources
A structural thermal break or “thermal spacer block” can be used between the metal roof or wall panel and the purlins/girts to reduce thermal bridging. This increases the effective R-value or thermal resistance of the wall or roof
FRP thermal breaks are not only superior to aluminum and steel in terms of reducing heat transference, but they are also impervious to rot and corrosion by moisture ingress. Interior condensation can be significantly reduced while the risk of mold growth and rust is
Schöck offers a comprehensive line of structural thermal break solutions that both insulate and support structural penetrations through the building envelope including: balconies, canopies, steel beams, slab edges, parapets, solar equipment and HVAC
ThermalBreak 7 is an Extra Heavy Duty three-in-one reflective insulation, Thermal Break and Class 2 Vapour Barrier for use in all roof and wall types. It meets the NCC requirements for in-situ material R-value of R0.20 for a thermal break in steel framed construction, and is also suitable for use in timber framed
sheets of thermal break material fixed to the outside of the framing (gives better thermal performance than strips) specifically designed blocks such as those used between trusses and the top plate or channel. When installed, the junctions between vertical and horizontal thermal break strips must be tight butted so there are no gaps. Thermal