Our Products
Silica Sand
Silica Sand
Silica Sand (Quartz Sand) is a naturally occurring industrial mineral composed primarily of high-purity silicon dioxide (SiO2).
It is produced by mining, washing, grading, drying, and sieving to obtain controlled particle sizes and low impurity levels. High-quality silica sand offers excellent chemical purity, hardness, thermal stability, and consistent grain size, making it an essential raw material for numerous industrial applications.
Applications
Float Glass Industry
- Primary raw material for manufacturing clear and tinted float glass.
- Provides transparency, strength, and chemical durability.
- Low iron silica sand is essential for producing high-quality architectural and automotive glass.
- Used in windows, mirrors, facades, and interior glass products.
Solar Glass / Solar Panel Industry
- Ultra-low iron silica sand is used to manufacture solar glass for photovoltaic (PV) panels.
- Ensures maximum light transmission, improving solar panel efficiency.
- Essential for producing high-performance renewable energy glass.
Construction Industry
- Used in cement, ready-mix concrete, dry mortar, tile adhesives, and flooring compounds.
- Acts as a durable filler and aggregate.
- Enhances compressive strength, wear resistance, and dimensional stability.
- Used in decorative plasters and engineered stone products.
Playground & Sports Turf
- Used as infill sand for artificial grass and sports fields.
- Provides cushioning, stability, and proper drainage.
- Also used in children’s playground sand pits after proper washing and grading.
- Rounded, dust-free grades improve safety and cleanliness.
Foundry Industry
- Used for manufacturing moulds and cores in metal casting.
- Offers excellent refractoriness, permeability, and dimensional stability.
- Produces smooth casting surfaces with accurate dimensions.
- Suitable for ferrous and non-ferrous metal casting applications.
Key Features
High SiO2 content (typically 98–99.8%+ depending on grade)
Low iron (Fe2O3) content for high optical clarity
Controlled particle size distribution
High hardness (Mohs hardness: 7)
Excellent thermal and chemical stability
Low moisture and inert nature