ArcTak Designs Ltd.
Aluminum & Glass
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Heat Reflective Glass Manufacturer
Heat reflective glass reduces solar heat gain while allowing natural light, creating comfort and efficiency. It lowers cooling costs, minimizes glare, and protects interiors from UV damage. Perfect for modern architecture, it blends energy savings with sleek, contemporary design.
Reducing Solar Gain Without Compromising Clarity
Energy Efficiency
UV Reduction
Improved Indoor Comfort
Heat Reflection Technology
Durable Coatings
Cost-Effective Performance
Consistent Quality
Modern Manufacturing Standards
Heat reflective glass reduces solar gain while preserving clarity and views.
Reducing solar heat with advanced reflective glass
Tinted Variants
Insulating Options
Laminating Options
Reflective Coating Shades
Edge Finishes
Size
Applications of
Heat Reflective Glass
Used to reduce solar heat gain while maintaining daylight and exterior transparency.
Commercial Facades and Curtain Walls
Reduces solar heat gain while maintaining controlled daylight penetration.
Office Buildings and Shopping Malls
Improves indoor comfort by minimizing glare and excessive heat buildup.
Hotels and Residential Projects
Enhances energy efficiency and thermal comfort across glazed building areas.
Skylights and Canopies
Limits direct solar radiation while preserving natural overhead lighting.
What Is
Heat Reflective Glass
Low-E (Low Emissivity) glass features a microscopically thin, transparent coating designed to reduce heat transfer while maintaining high levels of natural light. It improves energy efficiency, indoor comfort, and overall thermal performance in modern buildings.
Benefits of
Heat Reflective Glass
Glare Reduction
Improves visual comfort by minimizing excessive brightness.
Modern Appearance
Preserves clean architectural aesthetics.
Energy Savings
Lowers cooling load in warm climates.
Thermal Comfort
Reduces indoor heat gain.
Solar Control
Reflects excess solar heat.
Heat Reflective Glass vs. Normal Glass
Examining how solar control and heat management impact indoor comfort and energy performance.
Standard uncoated glass with no solar control properties.
Allows solar heat to enter interior spaces freely.
Offers limited contribution to energy efficiency.
Can cause glare under direct sunlight exposure.
Typically used where thermal control is not required.
Features a reflective coating that reduces solar heat gain.
Helps maintain cooler indoor temperatures in hot climates.
Improves energy efficiency by lowering cooling demand.
Reduces glare while preserving adequate natural daylight.
Commonly used in façades exposed to strong sunlight.