Silica sand is an industrial term used for sand or easily disaggregated sandstone, is primarily composed of quartz (SiO₂) and is one of the most versatile and essential materials used in a wide range of industrial applications. Sourced from our own mines located in the Jamshoro district of Sindh, Pakistan, our silica sand is known for its high purity, consistent grain structure, and exceptional physical properties.
We have installed advanced sieving machinery equipped with an automated electrical and conveyor belt system, ensuring precision in particle size separation. This enables us to deliver silica granules in various sizes tailored to client specifications; dust-free, clean, and highly consistent.
Inert: Silica is non-flammable and chemically stable.
Environmentally Safe: It poses no harm to the atmosphere and can be cleaned easily with vacuum or water.
Water-Insoluble: It does not dissolve in water, making it ideal for numerous industrial applications.
Odorless: Free from any offensive smells.
Glass Manufacturing Float glass, container glass, and specialty glass.
Foundries As mold and core sand in metal casting.
Ceramics Industry For manufacturing tiles, sanitary ware, and pottery.
Agrochemical Industry As a carrier in pesticides and fertilizers.
Sandblasting & Abrasives For surface treatment in metal and construction industries.
Building Materials Cement production, concrete additives, and mortars.
Filler & Extender In paints, plastics, and rubber.
Silicon and Silicon Carbide Production Used in semiconductors and abrasives.
Pigment and Coatings As a base or carrier in specialty formulations.
Hydraulic Fracturing (Fracking) As a proppant in oil and gas extraction.
Electronics & Fiber Optics High-purity fused silica for semiconductors and optical fibers.
Water Filtration For industrial and municipal water treatment systems.
Silica sand originates from the mechanical and chemical weathering of quartz-rich igneous and metamorphic rocks like granite. During this natural process, less stable minerals such as feldspar decompose, leaving behind quartz and zircon, which are then transported and deposited by water systems. Over time, wave and stream action refine and purify these deposits, forming the high-grade silica sand.