ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm 500 Thermal Break Material
bimstore provides specifiers with free, high-quality manufacturer BIM content ready for specification.Search, find and download BIM content and up-to-date product data from some of the world's largest manufacturers and brands.Browse our curated collections, create your own or invite colleagues to collaborate.There's even free content storage when you upload your content today. Speciality Equipment

Published [10/03/2020]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm 500 Thermal Break Material
bimstore provides specifiers with free, high-quality manufacturer BIM content ready for specification.Search, find and download BIM content and up-to-date product data from some of the world's largest manufacturers and brands.Browse our curated collections, create your own or invite colleagues to collaborate.There's even free content storage when you upload your content today. Speciality Equipment

Published [10/03/2020]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm FRR Structural Thermal Break Material
bimstore provides specifiers with free, high-quality manufacturer BIM content ready for specification.Search, find and download BIM content and up-to-date product data from some of the world's largest manufacturers and brands.Browse our curated collections, create your own or invite colleagues to collaborate.There's even free content storage when you upload your content today. Speciality Equipment

Published [10/03/2020]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm FRR Structural Thermal Break Material
bimstore provides specifiers with free, high-quality manufacturer BIM content ready for specification.Search, find and download BIM content and up-to-date product data from some of the world's largest manufacturers and brands.Browse our curated collections, create your own or invite colleagues to collaborate.There's even free content storage when you upload your content today. Speciality Equipment

Published [12/11/2020]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm Z Girt Structural Thermal Break
bimstore provides specifiers with free, high-quality manufacturer BIM content ready for specification.Search, find and download BIM content and up-to-date product data from some of the world's largest manufacturers and brands.Browse our curated collections, create your own or invite colleagues to collaborate.There's even free content storage when you upload your content today. Speciality Equipment

Published [10/03/2020]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm Z Girt Structural Thermal Break
bimstore provides specifiers with free, high-quality manufacturer BIM content ready for specification.Search, find and download BIM content and up-to-date product data from some of the world's largest manufacturers and brands.Browse our curated collections, create your own or invite colleagues to collaborate.There's even free content storage when you upload your content today. Speciality Equipment

Published [10/03/2020]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm™ 500 Series Structural Thermal Break Material
Armatherm™ 500 (Thermal Insulation Material - TIM) Reducing heat flow within a building’s thermal envelope reduces energy consumption as well as potential condensation issues. Armatherm™ 500 thermal break material (TIM) significantly reduces energy lost from thermal bridging in building envelope connections. Armatherm™ 500 structural thermal break material is a high strength, thermoset polyurethane manufactured in several densities. Armatherm™ 500 is able to transfer a wide range of structural loads with a range from 20 psi – 4000 psi. This wide load range enables designs to keep deflection and creep at a minimum in thermal break connections. Armatherm™ 500 has R values as high as 3.8 per inch which is superior to the properties of aerated concrete and wood blocking. , Armatherm™ 500 Structural Thermal Break Insulation, Armatherm™ 500 Structural Thermal Break Material

Published [25/04/2024]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm™ 500 Series Structural Thermal Break Material US
Armatherm™ 500 (Thermal Insulation Material - TIM) Reducing heat flow within a building’s thermal envelope reduces energy consumption as well as potential condensation issues. Armatherm™ 500 thermal break material (TIM) significantly reduces energy lost from thermal bridging in building envelope connections. Armatherm™ 500 structural thermal break material is a high strength, thermoset polyurethane manufactured in several densities. Armatherm™ 500 is able to transfer a wide range of structural loads with a range from 20 psi – 4000 psi. This wide load range enables designs to keep deflection and creep at a minimum in thermal break connections. Armatherm™ 500 has R values as high as 3.8 per inch which is superior to the properties of aerated concrete and wood blocking. , Armatherm™ 500 Structural Thermal Break Insulation, Armatherm™ 500 Structural Thermal Break Material

Published [25/04/2024]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm™ FRR Structural Thermal Break Material
(Thermal Insulation Material - TIM) Armatherm™ FRR structural thermal break material provides a combination of low thermal conductivity and high compressive strength and has been used in hundreds of structural steel framing connections transferring load in moment and shear conditions. Armatherm™ FRR thermal break material can support up 40,000 psi and has an R value of 0.9 per inch. The material is made of a reinforced, thermoset resin which is fire resistant and has very limited creep under load, making it the ideal material for use in structural steel and façade thermal break connections. Washer and Bushings using Armatherm™ Thermal Insulation Material (TIM) With a bolt through insulation pad there is a slight thermal transfer along the connecting bolt. To further reduce heat loss, Armatherm™  bushings and washers can be used on the warm face of the structure. A thermal break at the bolt connection will reduce heat loss an additional 4% per bolt depending on the wall assembly construction. In extreme applications (e.g. Indoor Swimming Pools), to prevent condensation on the bolt head, a polyurethane nut cap can be supplied to effectively screen this cold surface from the internal environment. Armatherm™ Thermal Break Pads are often called, Thermal Bridges, balcony isolators, structural thermal breaks, cantilever steelwork thermal bridging, cold bridge isolation, thermal partitions,   steelwork thermal break, thermal bridging, cold bridging pads, cold bridging solutions. All of these solutions use Themal Insulation Material TIM to prevent thermal bridging. , Armatherm™ FRR Structural Thermal Break Insulation, Armatherm™ FRR Structural Thermal Break Material

Published [25/04/2024]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm™ FRR Structural Thermal Break Material US
(Thermal Insulation Material - TIM) Armatherm™ FRR structural thermal break material provides a combination of low thermal conductivity and high compressive strength and has been used in hundreds of structural steel framing connections transferring load in moment and shear conditions. Armatherm™ FRR thermal break material can support up 40,000 psi and has an R value of 0.9 per inch. The material is made of a reinforced, thermoset resin which is fire resistant and has very limited creep under load, making it the ideal material for use in structural steel and façade thermal break connections. Washer and Bushings using Armatherm™ Thermal Insulation Material (TIM) With a bolt through insulation pad there is a slight thermal transfer along the connecting bolt. To further reduce heat loss, Armatherm™  bushings and washers can be used on the warm face of the structure. A thermal break at the bolt connection will reduce heat loss an additional 4% per bolt depending on the wall assembly construction. In extreme applications (e.g. Indoor Swimming Pools), to prevent condensation on the bolt head, a polyurethane nut cap can be supplied to effectively screen this cold surface from the internal environment. Armatherm™ Thermal Break Pads are often called, Thermal Bridges, balcony isolators, structural thermal breaks, cantilever steelwork thermal bridging, cold bridge isolation, thermal partitions,   steelwork thermal break, thermal bridging, cold bridging pads, cold bridging solutions. All of these solutions use Themal Insulation Material TIM to prevent thermal bridging. , Armatherm™ FRR Structural Thermal Break Insulation, Armatherm™ FRR Structural Thermal Break Material

Published [25/04/2024]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm™ Z Girt Structural Thermal Break
Thermal bridging is recognized as a significant factor in building envelope heat loss. It has been determined that the total heat flow through typical wall assemblies is underestimated by as much as 70% due to thermal bridging, yet simply adding insulation to walls has been proven to not necessarily decrease the energy use of a building. Heat flow paths (thermal bridges) allow heat to by-pass the insulation, negating any benefit of installing more insulation in the wall. Metal, cement and laminate wall claddings are supported by and attached to continuous girts or clips that penetrate the exterior insulation layer, creating thermal bridges. These fastening systems are normally made of highly conductive steel or aluminum, creating significant energy (heat) loss. It has been demonstrated that these thermal bridges in conventional steel stud wall assembly construction reduce insulation effectiveness (R value) by as much as 50%, resulting in wall assemblies and interface details that do not meet current energy code requirements for minimum U value. When thermal bridging is ignored, the unaccounted for heat flow creates higher heating and cooling costs, oversizing of HVAC equipment, operational inefficiencies and higher energy consumption. , Armatherm™ Z Girt, Armatherm™ Z Girt

Published [25/04/2024]

ARMATHERM THERMAL BRIDGING SOLUTIONS: Armatherm™ Z Girt Structural Thermal Break US
Thermal bridging is recognized as a significant factor in building envelope heat loss. It has been determined that the total heat flow through typical wall assemblies is underestimated by as much as 70% due to thermal bridging, yet simply adding insulation to walls has been proven to not necessarily decrease the energy use of a building. Heat flow paths (thermal bridges) allow heat to by-pass the insulation, negating any benefit of installing more insulation in the wall. Metal, cement and laminate wall claddings are supported by and attached to continuous girts or clips that penetrate the exterior insulation layer, creating thermal bridges. These fastening systems are normally made of highly conductive steel or aluminum, creating significant energy (heat) loss. It has been demonstrated that these thermal bridges in conventional steel stud wall assembly construction reduce insulation effectiveness (R value) by as much as 50%, resulting in wall assemblies and interface details that do not meet current energy code requirements for minimum U value. When thermal bridging is ignored, the unaccounted for heat flow creates higher heating and cooling costs, oversizing of HVAC equipment, operational inefficiencies and higher energy consumption. , Armatherm™ Z Girt, Armatherm™ Z Girt

Published [25/04/2024]