Modulus 2.4-2.5 sodium silicate powder (powder water glass) is our star solid silicate product line. Leveraging its superior binding, gelling, water-resistant and catalytic properties, it serves comprehensive application fields with detailed usage scenarios as below:

• Construction & Building Materials Industry

As a core raw material for inorganic waterproof coatings, concrete rapid setting admixtures, fire retardant mortar binders and ground curing agents. When mixed with cement and aggregate, dry sodium silicate powder significantly boosts structural hardness, impermeability and fire resistance of concrete floors, tunnels, underground garages and exterior wall fireproof layers. It is also widely used for making inorganic heat preservation panels, anti-crack putty and road dust suppression stabilizers for construction sites.

• Daily Chemical & Detergent Industry

A key functional builder for industrial laundry detergents, dishwashing powders, metal cleaning agents and textile scouring powders. Sodium silicate powder softens hard water by chelating calcium and magnesium ions, enhances dirt emulsification and suspension capacity, protects metal equipment from corrosion during washing, and stabilizes surfactant formulas for long-lasting cleaning efficiency, a must-have additive for detergent factories looking to buy sodium silicate powder in large tonnage.

• Fine Chemical Manufacturing Industry

Fundamental raw material for producing silica gel, precipitated white carbon black, zeolite molecular sieves, silica sol and inorganic adsorbents. It participates in silicate synthesis, catalyst carrier preparation and chemical wastewater flocculant production. The steady modulus 2.4-2.5 ratio of our powder water glass ensures consistent reaction yield and reduces waste material generation in fine chemical synthesis lines.

• Foundry & Refractory Materials Industry

High-performance binder for resin-free casting sand molds, investment casting shells and refractory castables. Dry sodium silicate powder dissolves quickly on-site to prepare sand-mold bonding slurry, improving sand mold strength, reducing casting sand sticking defects and lowering finished product rejection rates. In refractory production, it bonds magnesia, alumina and silica raw materials to make high-temperature resistant furnace linings, kiln bricks and thermal insulation refractory blocks for steel, glass and ceramic kilns.

• Mining, Metallurgy & Mineral Processing

Functions as ore flotation regulator, gangue depressant and metal ore dressing auxiliary agent in non-ferrous metal mining. In metallurgy workshops, sodium silicate powder forms a dense anti-oxidation protective film on molten metal surfaces to prevent oxidation burning loss. It is also applied for tailings solidification and mine slope stabilization to eliminate landslide hazards.

• Textile, Leather & Paper Manufacturing

For textile processing: fabric flame retardant finishing agent, cotton cloth desizing auxiliary and yarn sizing agent, improving fabric stiffness, wrinkle resistance and fireproof performance. For leather production: tanning auxiliary to neutralize acid and enhance leather surface smoothness. For paper mills: paper pulp waterproof and anti-corrosion treatment agent, strengthening paper dimensional stability and preventing mold growth during long-term storage.

• Ceramic, Glaze & Abrasive Industry

Used as a flux and binder for ceramic body raw materials, ceramic glazes and abrasive grinding wheels. Modulus 2.4-2.5 sodium silicate powder promotes uniform melting of glaze materials during high-temperature firing, avoids glaze pinholes and cracking, and strengthens the bonding force between abrasive grains and substrate for grinding discs, sandpapers and polishing wheels.

• Environmental Protection & Water Treatment Industry

Applied in industrial wastewater heavy metal ion removal, river sediment solidification, landfill anti-seepage layer preparation and industrial dust suppression. Dry sodium silicate powder reacts with heavy metal pollutants to form insoluble silicate precipitates for easy separation; its non-toxic, inorganic composition meets strict global environmental protection standards without secondary pollution risks.

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