Solar Reflective Glass

Solar Reflective Glass Solutions Use Sun’s Power | VGC

VGC is Solar Reflective glass Manufacturer and Supplier from China, the glass also known as one-way mirror or mirrored glass, is a type of glass that has a highly reflective surface. It is designed to reflect a significant amount of light and provide privacy by allowing one side of the glass to appear like a mirror, while still allowing visibility from the other side under certain lighting conditions.

Solar Reflective Glass:  is specifically designed to provide excellent solar control by reflecting a significant amount of solar heat and light. It helps in reducing heat gain and glare while allowing natural light to enter the building.

Tinted Reflective Glass:  glass incorporates a colored tint, such as bronze, gray, blue, or green, along with the reflective coating. The tint enhances the aesthetics and further reduces the amount of solar heat and glare transmitted through the glass.

Low-E Reflective Glass:   combines the reflective coating with a low-emissivity coating. This helps to reflect solar heat while also reducing heat loss from the interior, providing energy efficiency benefits year-round.

Online Reflective Glass:  also known as hard-coat  glass, has the reflective coating applied directly to the glass during the manufacturing process. It is durable and better suited for exterior applications.

Offline Reflective Glass:  also known as soft-coat glass, has the reflective coating applied to the glass in a secondary manufacturing process after the glass is produced. It provides higher reflectivity and better optical performance, making it suitable for applications requiring superior solar control.

1. Solar Reflective Glass: Innovate Your Architecture

Unlock the mesmerizing charm of solar reflective glass, where elegance meets energy efficiency. This innovative material transforms light into an enchanting spectacle, creating a fusion of beauty and functionality. Whether for towering commercial skyscrapers or modern residential spaces, reflective glass offers endless possibilities. Step into a world where light manipulation not only enhances visual intrigue but also promotes sustainability, making it a cornerstone of modern architecture.

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2. Elevate Your Design Vision with Solar Reflective Glass

Enhance your architectural projects with solar reflective glass solutions tailored for contemporary living. Experience the captivating interplay of light and form as reflective glass elevates the essence of your designs. More than just a functional material, reflective glass is an art form. It represents the perfect marriage of science and design, creating environments that dance with light and redefine aesthetic boundaries. Let reflective glass inspire spaces that are as sustainable as they are stunning.

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3. The Magic of Solar Reflective Glass

Immerse yourself in the transformative power of solar reflective glass. This innovative material breathes life into spaces, adding a touch of luxury and sophistication. By manipulating light, reflective glass creates dynamic environments that evolve throughout the day, offering both visual delight and practical benefits. From reducing glare and heat to enhancing privacy and energy efficiency, solar reflective glass is a testament to how cutting-edge technology can elevate modern living.

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Key Benefits of Solar Reflective Glass:

• Energy Efficiency: Reduces heat absorption, lowering cooling costs and improving energy performance.
• Aesthetic Appeal: Adds a sleek, modern look to buildings with its reflective surface.
• Light Control: Manages glare and natural light, creating comfortable indoor environments.
• Sustainability: Contributes to green building standards by improving energy efficiency.
• Privacy: Offers one-way visibility, enhancing privacy without compromising natural light.

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Applications of Solar Reflective Glass:

• Commercial Buildings: Skyscrapers, office complexes, and retail spaces.
• Residential Homes: Modern houses, luxury apartments, and interior design elements.
• Public Spaces: Museums, airports, and cultural centers.
• Sustainable Architecture: Green buildings and eco-friendly designs.

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Why Choose Solar Reflective Glass?

Solar reflective glass is more than just a building material—it’s a statement of innovation and sophistication. By blending functionality with artistry, it transforms ordinary spaces into extraordinary experiences. Whether you’re an architect, designer, or homeowner, reflective glass offers a unique opportunity to redefine the way we interact with light and space.

On-Line Low-E Reflective Glass and Solar Control Reflective Glass are both types of glass designed to control solar heat gain and improve energy efficiency in buildings. However, there are some differences between them:

Manufacturing Process:

On-Line Low-E Reflective Glass  is produced by applying a low-emissivity coating during the manufacturing process of the glass. The coating is applied while the glass is still in a molten state, resulting in a permanent bond between the coating and the glass surface.

Solar Control Reflective Glass: Solar Control Reflective glass is manufactured by depositing a thin metallic or oxide coating onto the surface of the glass using a vacuum deposition process. This coating provides reflective properties to the glass.

Reflective Properties:

On-Line Low-E Reflective Glass: On-Line Low-E glass primarily focuses on improving energy efficiency by reducing heat transfer through the glass. It has a low emissivity coating that helps to reflect and reduce heat radiation, keeping the interior of the building cooler in hot climates.

Solar Control Reflective Glass: Solar Control Reflective glass is designed to reduce solar heat gain by reflecting a significant amount of sunlight away from the building. It has a higher reflectance and is effective in blocking both heat and glare, helping to maintain a comfortable indoor environment.

Application:

On-Line Low-E Reflective Glass: On-Line Low-E glass is commonly used in climates where reducing heat gain is a priority while still allowing sufficient natural light into the building. It is suitable for both commercial and residential applications.

Solar Control Reflective Glass: Solar Control Reflective glass is often used in regions with intense sunlight and hot climates, where the focus is on reducing solar heat gain and glare. It is commonly used in commercial buildings, skyscrapers, and areas with a high cooling load.

On-Line Low-E Reflective Glass vs. Solar Control Reflective Glass

Both types of glass are designed to control solar heat gain and improve energy efficiency in buildings, but they differ in their manufacturing processes, reflective properties, and applications.

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1. Manufacturing Process:

On-Line Low-E Reflective Glass:

• Process:
  • The low-emissivity (Low-E) coating is applied during the glass manufacturing process while the glass is still in a molten state.
  • This creates a permanent bond between the coating and the glass surface.
• Durability:
  • The coating is highly durable and resistant to damage, making it suitable for single-pane applications.

Solar Control Reflective Glass:

• Process:
  • A thin metallic or oxide coating is deposited onto the glass surface using a vacuum deposition process (e.g., sputtering).
  • This is typically done after the glass is manufactured.
• Durability:
  • The coating is less durable and often requires the glass to be used in insulated or laminated units for protection.

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2. Reflective Properties:

On-Line Low-E Reflective Glass:

• Primary Function:
  • Focuses on improving energy efficiency by reducing heat transfer through the glass.
• Heat Control:
  • Reflects and reduces heat radiation (infrared) while allowing visible light to pass through.
• Emissivity:
  • Has a low emissivity coating, which minimizes heat loss in winter and heat gain in summer.

Solar Control Reflective Glass:

• Primary Function:
  • Designed to reduce solar heat gain by reflecting a significant portion of sunlight.
• Heat and Glare Control:
  • Effectively blocks both heat and glare, making it ideal for hot climates.
• Reflectance:
  • Has a higher reflectance compared to Low-E glass, giving it a mirror-like appearance.

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3. Applications:

On-Line Low-E Reflective Glass:

• Climate Suitability:
  • Ideal for climates where reducing heat gain is a priority while maintaining natural light.
• Common Uses:
  • Residential: Windows, doors, and skylights.
  • Commercial: Office buildings, schools, and hospitals.
  • Green Buildings: Used to meet energy efficiency standards.

Solar Control Reflective Glass:

• Climate Suitability:
  • Best suited for regions with intense sunlight and hot climates.
• Common Uses:
  • Commercial: Skyscrapers, office complexes, and retail spaces.
  • Public Spaces: Airports, museums, and hotels.
  • High Cooling Load Areas: Buildings with significant air conditioning needs.

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4. Key Differences at a Glance:

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Which One to Choose?

• Choose On-Line Low-E Reflective Glass if you need year-round energy efficiency and a clear view with minimal reflection.
• Choose Solar Control Reflective Glass if your priority is reducing solar heat gain and glare in hot, sunny climates.

VIRTUE GLASS has always put product quality in the first place as product quality is the life of an enterprise. We try to implement the sense of quality to the heart of every employee,into the production of each link and details, strive for excellence. We take customer’s satisfaction as the main criterion for the assessment of all the production activities, customer demand is always our pursuit.

Find more processed Solar Reflective Glass for your projects and architect:

On-Line Low E Reflective Glass(Single Layer and Double Layer Low-E),On Line Sun-E Reflective Glass, On Line and off-line solar control reflective glass and On-Line Solar Control Titanium Coating Glass.