The Science of Sun Control: How Louvers Work
Sunshades — or louvers — work on one timeless principle: deflection, diffusion, and direction of light and air.
As explained in the ArchLouvers reference, the angle and spacing of blades determine how much sunlight, glare, and heat enter a building. A well-designed system reduces solar heat gain, cuts energy use, and improves occupant comfort.
Alubreeze perfects this principle through:
- Precise angular configurations (30°, 45°, and 90°) that optimize shading based on latitude and façade orientation.
- Aerodynamic fin geometry, designed for self-cleaning and air movement.
- Coil-coated aluminium blades that maintain reflectivity and finish even under extreme Indian climates (−20°C to +80°C).
The result: façades that think, breathe, and adapt — intelligently balancing light and heat.
From Medieval Air Vents to Modern Masterpieces
Louvers are not new. They began as wooden smoke vents in medieval rooftops and evolved through war bunkers and tropical verandahs to today’s façades.
What was once about ventilation is now about visual identity and energy performance.
Modern metal louvers like Alubreeze are designed not just for protection but for performance-driven aesthetics — creating dynamic façades that filter sunlight, reduce glare, and add rhythm to architecture.
It’s where engineering meets expression.
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