Curtain walls are a hallmark of modern architecture, offering both functional and design advantages. Would you like details on a specific aspect, like thermal performance or installation methods?
Thermal Insulation
Uses high-performance insulating materials (e.g., thermal breaks, aerogels, or vacuum-insulated panels).
Low U-factor (measure of heat transfer; lower = better insulation).
Thermal Breaks
Metal framing incorporates thermally broken sections (e.g., polyamide strips) to reduce conductive heat loss.
High-Performance Glazing
Double or Triple Glazing with Low-Emissivity (Low-E) coatings to reflect infrared heat.
Gas Fills (Argon or Krypton) between panes to reduce convection.
Warm Edge Spacers to minimize edge heat loss.
Air & Water Tightness
Proper gaskets, seals, and pressure-equalized design to prevent air leakage (improves overall thermal efficiency).
Solar Heat Gain Control
Reflective or spectrally selective coatings to manage solar heat gain coefficient (SHGC).
External shading systems (e.g., louvers or fritted glass) to reduce cooling loads.
Minimized Thermal Bridging
Continuous insulation and careful detailing to avoid conductive heat paths through metal components.
✔ Energy Efficiency – Reduces HVAC loads, lowering operational costs.
✔ Comfort – Maintains consistent indoor temperatures, reducing cold spots.
✔ Sustainability – Helps meet green building standards (LEED, BREEAM, Passive House).
✔ Condensation Control – Reduces risk of moisture buildup on interior surfaces.
High-rise commercial buildings
Green & sustainable architecture
Cold climate constructions
Net-zero energy buildings
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