Panoramic glass = condensate?

Stereotype No. 4. Panoramic windows are inevitable condensation and icing ⠀
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Condensation on properly designed and installed large format constructions will never appear. Risks can arise only if errors are made during the design and installation. ⠀
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📐 Since we have large structures, in addition to calculating the glass unit for heat transfer resistance, it is necessary to calculate its deformation stability. If this is not done, then the difference in temperature and pressure between the glass panes in the glass can increase or decrease, which can lead to condensation or even icing, as well as the effect of “curved mirrors”. If the glass is selected correctly, if everything is done normally, then the risk of condensation and ice formation is minimized. ⠀
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One of the most common causes of condensation is the use of an aluminum spacer in a glass pane (low temperature on the surface of the glass in the area of the spacer) and the lack of circulation of warm air, especially in the lower horizontal parts of the structure. ⠀
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When using ⠀
warmer distance frames in the double-glazed window (steel, TPS, etc.), the risk of condensation is significantly reduced (temperature increase in the distance of the distance frame). ⠀
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Another anti-condensation solution is the optimally selected glass unit installation depth. Depending on the installation width of the profile ⠀
You can select installation depths of 18 mm, 21 mm or 25 mm. ⠀
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The deeper the glass unit is in the profile, the lower the risk of condensation. ⠀
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🖇 For panoramic walls and other large-format structures ⠀
We recommend making heat convectors. Directional flow of warm air from the bottom up eliminates the formation of condensate at any temperature difference. Our practice of operating panoramic structures shows: if this is done, then ⠀
there will be no condensation formations, let alone ice. ⠀
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🔶 We make panormannye windows competently @energo_doma