Keep Your Property Free from Thermal Bridges by Using Thermalbond V2200September 8, 2022
Home properties would normally maximise a wide array of systems to make their interiors comfortable and cosy for families and visitors. One of these systems is the heating system. An air conditioning system is also utilised to make the place cool during hot days.
But even with effective heating and air conditioning systems, some home properties still end up getting too warm or too cold on certain days. One possible reason why these systems seem to be not effective is the existence of thermal bridges.
An Overview of Thermal Bridges
Thermal bridges occur whenever conductive structural materials of properties allow heat flow to pass through thermal barriers. You see, the heating and air conditioning systems of these properties are often paired with thermal barriers to make the former effective during their operations. But if the conductive materials would still allow heat to pass through the barriers, the overall conditions of the properties will not be favourable for home occupants.
One example of a thermal bridge is the use of steel studs in bridging an insulated wall. An insulated wall may be effective in retaining heat during cold days. But the steel studs will only negate the function of the insulated wall, allowing heat to travel out of the home significantly faster than the wall. Other materials that can often make heat transfer quicker than the insulation around them include plates, headers, and wall posts.
Without resolving thermal bridging issues, they may only end up not only violating some building codes but can also lead to high energy consumption and expenses. Thermal bridges can likewise lead to the accumulation of moisture inside home properties.
How to Prevent Thermal Bridges
Fortunately, thermal bridges can be prevented through thermal breaks. Thermal breaks or thermal barriers can block the pathway on which heat escapes from the building. These breaks or barriers are elements of low thermal conductivity often installed in an assembly that aims to minimise or reduce thermal energy flow between conductive materials.
Preventing thermal bridges on your property can be done in numerous ways. For one, adding a continuous layer of exterior insulation over the wall can be done to prevent thermal bridges. Thermal bridging can also be avoided by applying insulation strips over the wood studs. Installing proper insulation and thermal breaks around the slab or foundation can likewise be done to prevent cases of thermal bridges.
Maximising Thermalbond V2200
Now, one offering from Saint-Gobain that can keep your property free from thermal bridges is the Thermalbond V2200. The Thermalbond V2200 from the said manufacturer is a structural glazing spacer made from semi-rigid polyurethane foam. It also boasts an acrylic adhesive on two sides, ensuring that it can be utilised as thermal breaks in windows, doors, and wall systems. This product can also be used for the bonding of wide joints.
Thermalbond V2200 is generally known for its resistance to temperature variations, fungi, and oxidation thanks to its open-cell structure and semi-rigid polyurethane foam composition. It also has low thermal conductivity. One configuration of this product is the V2200G272, which has added grey foam core with UV stable grey pigmented adhesive coatings for added protection.
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