How do thermal bridges work and how can we avoid the risk of mould formation?
\nLet’s find out how to calculate thermal bridges and evaluate the risk of mould formation with a specific software<\/p>\n
<\/p>\n
What do the mould stains on the walls depend on? The problem of mould stains may depend on the total lack of insulation<\/strong> in walls, but paying a minimum of attention to the energy performance of buildings is easier than the cause of an insidious thermal bridge.<\/a> Thermal Bridges are defined as an area or a point where the inside and the external side of a wall lacks in isolation with the consequent transmission (hence the definition of bridge) of humidity from the outside to the inside.<\/p>\n The main operational solution is to insert adequate insulation systems in order to act as an inner or outer coating<\/strong> or by the construction of a ventilated fa\u00e7ade<\/strong>.<\/p>\n Using a thermal bridges numerical calculation software<\/strong>, linear transmittance and thermal flows can be determined in order to design the insulation layers. It’s also possible to identify any critical issues and resolve them easily. Let’s find out how you can design and create a thermal bridge and how to check the risk of mould formation with this software.<\/p>\n
\nThese types of issues are always linked to insulation design or construction errors that cause moisture transmission in various points of the structure, hence the formation of mould on walls<\/strong>.<\/p>\nHow do thermal bridges work?<\/h2>\n
How can we avoid the problem of thermal bridge mould formation?<\/h2>\n
\nTerMus BRIDGE<\/a><\/strong>\u00a0is a software that allows you to calculate thermal bridges with the finite element analysis method<\/strong>, being the only way to calculate thermal bridges considering the materials and the shapes you need.<\/p>\nFirst of all, we’ll create a thermal bridge with the TerMus BRIDGE Wizard<\/h2>\n