STEKLOLUX
High-Quality
Liquid Glass
APPLICATIONS
The wide range of physicochemical properties of silicate materials allows for their use in diverse sectors—from civil and industrial engineering to oil refining, metallurgy, and the production of specialized formulations.
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Foundry & Casting
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Building Materials Manufacturing
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Soil Stabilization
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Waterproofing
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Coating Formulations
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Silicate Paints
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Detergent Manufacturing
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Pulp & Paper Industry
Purchase Liquid Glass Directly from the Manufacturer: STEKLOLUX
Liquid glass is a fundamental industrial product, essential for stable production across numerous sectors. Offering high functionality alongside cost-effectiveness, it remains the optimal choice for mass and large-scale applications.
Technical Overview
Liquid glass is an aqueous alkaline solution of sodium silicates (and potassium, where required) with predefined physicochemical parameters. STEKLOLUX manufactures liquid glass specifically for industrial use, maintaining strict control over chemical composition, density, and the silicate modulus.
Liquid glass is an aqueous alkaline solution of sodium silicates (and potassium, where required) with predefined physicochemical parameters. STEKLOLUX manufactures liquid glass specifically for industrial use, maintaining strict control over chemical composition, density, and the silicate modulus.
Key Applications and Benefits
Exceptional Binding Properties The primary advantage of liquid glass lies in its binding capabilities. This makes it indispensable in construction, the oil and gas sector, metallurgy, mechanical engineering, and the glass and pulp-and-paper industries.
Exceptional Binding Properties The primary advantage of liquid glass lies in its binding capabilities. This makes it indispensable in construction, the oil and gas sector, metallurgy, mechanical engineering, and the glass and pulp-and-paper industries.
- Welding & Metallurgy: In welding, liquid glass serves as a vital component in electrodes and ceramic fluxes for arc welding. In metallurgy, it is used for the briquetting and granulation of charge materials and ores, where consistent bond strength and thermal stability are critical.
- Foundry Industry: Silicate formulations are used to prepare molding and core sands, as well as in the production of molds and cores. Due to its high thermal resistance, liquid glass is also a key ingredient in anti-burn-on paints and coatings.
- Construction: Silicate compounds significantly enhance the strength, water resistance, and fireproofing of concrete and cement mortars while providing acid-resistant properties.
- Soil Stabilization: A specialized application includes the silicatization of soils and road foundations. Its strong binding properties effectively densify weak or water-saturated soils, increasing their load-bearing capacity.
- Oil & Gas: Liquid glass is used to reinforce borehole walls and provide water shut-off protection. This allows for rapid well stabilization with minimal costs and without the need for complex technological interventions.
Anticorrosive Protection
Another vital property of silicate formulations is corrosion resistance. Once applied to a surface, it forms a thin silica film that acts as a barrier against corrosion and chemical degradation.
These anticorrosive properties are utilized in both consumer products (detergents, cleaning agents, and water system protection) and heavy industry (the production of building materials and drilling fluids).
Another vital property of silicate formulations is corrosion resistance. Once applied to a surface, it forms a thin silica film that acts as a barrier against corrosion and chemical degradation.
These anticorrosive properties are utilized in both consumer products (detergents, cleaning agents, and water system protection) and heavy industry (the production of building materials and drilling fluids).
Liquid glass is also utilized for water softening. When it interacts with metal ions, it forms insoluble alkaline-earth metal salts, effectively reducing water hardness.
This technology is widely used in the production of detergents and within the pulp and paper industry, specifically for boiler lining during the cellulose cooking process.
Key Chemical Advantages
This technology is widely used in the production of detergents and within the pulp and paper industry, specifically for boiler lining during the cellulose cooking process.
Key Chemical Advantages
- pH Regulation: A significant benefit of liquid glass is its ability to adjust pH levels toward alkalinity due to the presence of sodium ions. This property is critical in processes requiring a stable chemical balance.
- Detergent Manufacturing: This effect is most actively utilized in cleaning agents, where high alkalinity promotes the saponification of fats and oils. Additionally, liquid glass serves as an affordable and effective filler in soap making.
- Bleaching & Processing: pH adjustment via silicate formulations is also applied in paper and textile bleaching, as well as in the technological processes of glass treatment and marking.
In the glass industry, silicate formulations serve as a fundamental technological component. They are used for decolorizing quartz sands, etching flat glass, and bonding glass products, ensuring process stability and controllability.
To reduce the dusting of the glass batch during furnace loading, briquetting is employed. This technique extends the service life of the equipment and ensures a homogeneous glass melt composition. In this process, liquid glass acts as a reliable binder.
Through the application of silicate formulations, the performance characteristics of materials are significantly enhanced: strength, moisture resistance, and fireproofing are improved—all of which are critical factors for industrial manufacturing.
To reduce the dusting of the glass batch during furnace loading, briquetting is employed. This technique extends the service life of the equipment and ensures a homogeneous glass melt composition. In this process, liquid glass acts as a reliable binder.
Through the application of silicate formulations, the performance characteristics of materials are significantly enhanced: strength, moisture resistance, and fireproofing are improved—all of which are critical factors for industrial manufacturing.
There are four primary types of liquid glass:
Choosing the optimal type of liquid glass directly impacts both the quality of the result and the cost-efficiency of your technological process. Parameters are carefully selected based on your industry, equipment, and operating conditions.
STEKLOLUX specialists select the specific type, silicate modulus, and density of liquid glass to meet your unique production requirements.
Submit an inquiry or request a callback to receive professional consultation and technical recommendations based on real-world industrial practice.
- Sodium
- Potassium
- Potassium-Sodium
- Sodium-Potassium
Choosing the optimal type of liquid glass directly impacts both the quality of the result and the cost-efficiency of your technological process. Parameters are carefully selected based on your industry, equipment, and operating conditions.
STEKLOLUX specialists select the specific type, silicate modulus, and density of liquid glass to meet your unique production requirements.
Submit an inquiry or request a callback to receive professional consultation and technical recommendations based on real-world industrial practice.
Other Products
- Solid raw material with a modulus tailored to your requirements—the essential base for liquid glass and industrial additives. Durable for long-term storage and convenient for transport.
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