About Extra Super Snow White Glass
EXTRA SUPER SNOW WHITE GLASS
(Powder / Grits)
Eco-Friendly | High Whiteness | Consistent Quality
APPLICATIONS:
Construction & Building Materials
- Decorative Plasters & Finishes
- Terrazzo Flooring & Engineered Surfaces
- Wall Coatings & Textures
Road Marking & Safety
- Reflective Glass Beads
- Enhances Night Visibility
Paints, Coatings & Putty
- Functional Filler
- Improves Brightness & Durability
Abrasives & Surface Treatment
- Blasting Media
- Surface Preparation (Metal & Concrete)
Filtration & Industrial Use
- Water Filtration Media
- Chemically Inert Industrial Filler
Ceramics & Specialty
- Glazes & Decorative Applications
WHY ASTRRA GLASS?
- Ultra-High Whiteness
- High Purity Processed Glass
- Available in Powder & Grits
- Eco-Friendly & Durable
Exceptional Clarity and TransparencyWith a light transmittance rate of 91-92%, Extra Super Snow White Glass provides outstanding optical clarity, making it highly suitable for architectural and decorative projects where true color rendering and visibility are essential. This ultra-clear, low iron glass ensures both premium visual appeal and functional excellence in building and interior design.
Customizable for Diverse ApplicationsAvailable in a variety of thicknesses from 4 mm to 19 mm, this glass can be tailored in size, shape, and edge work (polished or seamed) according to project requirements. Its adaptability makes it perfect for use in table tops, wall partitions, building facades, and display panels across both commercial and residential settings.
Durability and Safety PerformanceExtra Super Snow White Glass is engineered for high impact resistance, with optional tempering for enhanced safety. The glass remains chemically inert, does not dissolve in water, is non-toxic, and is resistant to standard scratches. Its structural integrity is further supported by compliance with international standards and a melting point exceeding 1400C.
FAQ's of Extra Super Snow White Glass LLP:
Q: How is Extra Super Snow White Glass different from conventional glass?
A: Extra Super Snow White Glass is a premium low iron float glass exhibiting ultra-clear transparency (91-92% light transmittance) and high visual purity. Unlike conventional glass, it eliminates the greenish tint typical of standard glass, allowing for clearer, more vibrant views and improved light flow.
Q: What customization options are available for this glass?
A: Customers can request this glass in any size or shape, as well as select the desired thickness (4 mm to 19 mm). Edge treatments such as polished or seamed finishes are available to meet specific design or safety requirements, making this glass suitable for a variety of tailored applications.
Q: Where can Extra Super Snow White Glass be used?
A: This glass is commonly used in architecture (facades, partitions), interior design (walls, display panels, table tops), and the furniture industry. Its high clarity and smooth surface make it ideal for building interiors, decorative elements, and visually significant panels in both commercial and residential projects.
Q: What is the process for installing and storing the glass panels?
A: Installation should be performed by trained professionals using suitable fixtures for safe handling, especially for larger or tempered panels. For storage, the glass must be kept in clean, dry conditions away from chemicals and moisture to preserve its defect-free finish and optical quality.
Q: Can this glass withstand high impact and temperature changes?
A: Yes, Extra Super Snow White Glass features high impact resistance, especially when tempered. It is engineered to handle significant mechanical stress and exhibits a thermal expansion coefficient of 8.6 106/K, withstanding temperatures over 1400C, making it suitable for demanding architectural environments.
Q: What are the benefits of using ultra-clear glass in architectural projects?
A: Ultra-clear, low iron glass enhances natural light, improves color rendition, and delivers a modern, open aesthetic. Its superior clarity makes it ideal for projects that require minimal visual distortion and high brightness, contributing to both energy efficiency and aesthetics.