Asia Chemical Engineering Co., Ltd. is one of the most reliable manufacturers and suppliers of sodium silicate product line solid in China. Please rest assured to wholesale cost-efficient sodium silicate product line solid from our factory. Good service and reasonable price are available.
Sodium silicate product line solid with reaction in liquid phase:
Caustic soda, quartz sand and water are mixed in a mixing tank, and then the mixture is fed into a reactor, where steam is introduced.
The reactant is liquid water glass with its module lower than 3.
The reaction is as following:
nSiO2+2NaOH → Na2O·nSiO2+H2O
Sodium Silicate Process with reaction in solid phase (thermal process)
The feed materials in this process are sodium carbonate and quartz sand, or sodium sulfate and quartz sand. The feed materials are heated in a reflection furnace. The reaction is as following:
Na2CO3 +XSiO2 → (Na2O)•(SiO2)X + CO2
4Na2SO4 +2C +4SiO2 → 4Na2SiO3 +4SO2 +2CO2
Application of Sodium Silicate :
The special nature of sodium silicate makes it the basic raw material for silicon compounds. Whether it is used directly as a substrate or carrier, or as an intermediate for further processing, it is widely used.
Sodium silicate is used in the chemical, light industry, metallurgical and mechanical foundry industries, textile industry, construction and building materials industries, and agriculture.
The Sodium Silicate (Water Glass) Production Plant produced by this thermal process can have modules depending on requirements for different applications.
Sodium Silicate Production Plant
As a top engineering equipment company in China's chemical industry, Asia Chemical Engineering Co., Ltd. provides a variety of equipment and construction projects for the global chemical and daily chemical industries. These include sodium silicate production lines, wet phosphoric acid production lines, liquid detergent production lines, etc.
The sodium silicate production line designed and developed by Asia Chemical Engineering Co., Ltd. has complete equipment, excellent formula and considerate after-sales service. It is your best partner in choosing sodium silicate. Sodium silicate is an important inorganic chemical raw material, widely used in papermaking, ceramics, construction, mineral processing, washing, disinfection, water treatment and other fields. Our sodium silicate production line uses advanced technology and processes to produce high-quality, high-stability, low-cost sodium silicate products to meet the needs of different customers.
Detergents and Cleaners: Sodium silicate is often used as a raw material for detergents and cleaners. It disperses, emulsifies and moisturizes in detergents, helping to remove dirt and grease.
Cement and Refractories: Sodium silicate is one of the key ingredients in the preparation of cement and refractories. It increases the strength and fire resistance of these materials and is widely used in the construction and metallurgical industries.
Paper industry: As a gelling agent and coating agent, sodium silicate plays an important role in the paper industry. It contributes to the paper's strength and durability while improving the paper's waterproof properties.
Metal Treatment: Sodium silicate acts as a degreasing agent, wetting agent and corrosion inhibitor during metal processing and rust prevention. It has a positive effect on metal surface treatment.
Catalysts and chemical synthesis: Sodium silicate is used as a catalyst in the chemical industry to promote certain chemical reactions. In addition, it can also be used to synthesize other chemicals, such as silica gel, etc.
Pharmaceutical and Medical Uses: Sodium silicate plays a role in the preparation of certain drugs and medical materials, such as in pharmaceutical preparations and medical device coatings.
Environmental protection field: As a harmless inorganic material, sodium silicate is also used in the environmental protection field. It can be used in wastewater treatment, solid waste solidification, and soil stabilization.
FAQ：
1.What is Sodium Silicate?
Sodium Silicate, also known as water glass, is an inorganic compound used in various industrial applications for its versatile properties.
2.What is the solid form of Sodium Silicate used for?
The solid form of Sodium Silicate is utilized in various industrial applications. In particular, it serves as a fundamental raw material in our product line. This solid variant is crucial for the efficient and precise manufacturing of Sodium Silicate, catering to diverse industrial needs. The solid form allows for greater control over the production process, ensuring consistency in quality and facilitating customization for specific applications across industries such as detergents, adhesives, catalysts, and more. Its versatility in solid form makes it a valuable component for addressing a wide range of industrial requirements, showcasing its adaptability and utility in manufacturing processes.
3.Why is the solid Sodium Silicate product line advantageous?
The solid Sodium Silicate product line is advantageous due to its advanced production processes, ensuring high efficiency, cost-effectiveness, and versatility in meeting diverse industry demands. The solid form allows for precise manufacturing, customization, and consistent quality.
4.In which industries is Sodium Silicate Solid commonly applied?
Sodium Silicate Solid finds common applications across various industries, including detergents, adhesives, catalysts, construction, paper, metal processing, and environmental technologies. Its multifunctional properties make it a versatile solution in diverse industrial sectors.
5.What are the benefits of the high-efficiency production process?
The high-efficiency production process of Sodium Silicate offers several benefits. It ensures faster production cycles, reducing lead times and costs. With streamlined automation and precision, the process enhances overall production capacity and consistency, meeting market demands effectively. The efficiency gains contribute to economic viability, allowing for competitive pricing while maintaining high-quality standards. Additionally, the process minimizes resource wastage, promoting sustainability in manufacturing practices. Overall, the high-efficiency production process of Sodium Silicate optimizes resources, accelerates production timelines, and enhances cost-effectiveness.
6.How does the solid form contribute to industrial flexibility?
The solid Sodium Silicate can be easily adapted to different applications, providing versatility for various industrial processes.
7.What makes the Sodium Silicate Solid product line stand out?
It stands out due to its precision in manufacturing, meeting high-quality standards, and addressing specific industry requirements.
8.Can the solid Sodium Silicate be customized for specific applications?
Yes, our product line allows customization of size, shape, and finish to meet the specific needs of different industrial processes.
9.How does Sodium Silicate contribute to the detergent industry?
Sodium Silicate enhances the effectiveness of detergents by aiding in dispersion, emulsification, and wetting properties.
10.What role does Sodium Silicate play in cement and refractory materials?
Sodium Silicate plays a crucial role in cement and refractory materials by enhancing their strength and refractory properties. It acts as a binder, contributing to the durability and performance of these materials in construction and metallurgical applications.
11. Is the Sodium Silicate Solid product line cost-effective for mass production?
Yes, standardized dies and automated processes ensure cost-effectiveness and scalability for large-scale production.
12.How does Sodium Silicate contribute to the paper industry?
Sodium Silicate contributes significantly to the paper industry by serving as a coagulant and coating agent. It enhances paper strength, durability, and provides improved waterproofing properties, making it an essential component in paper manufacturing for achieving high-quality paper products.
13.What are the applications of Sodium Silicate in metal processing?
Sodium Silicate serves as a catalyst in chemical synthesis, offering advantages such as enhanced reaction rates and improved selectivity. Its catalytic properties play a pivotal role in promoting efficiency, facilitating specific chemical reactions, and contributing to the synthesis of various chemical compounds. The use of Sodium Silicate as a catalyst is valued for its ability to accelerate reactions, increase yields, and provide a versatile tool in the realm of chemical synthesis across different industries.
13.What advantages does Sodium Silicate offer in chemical synthesis?
It acts as a catalyst in certain chemical reactions, promoting efficiency and selectivity in chemical synthesis.
14.How does Sodium Silicate contribute to environmental applications?
Sodium Silicate contributes to environmental applications by being employed in wastewater treatment, solid waste stabilization, and soil stabilization. Its environmentally friendly properties play a key role in mitigating pollution and improving the sustainability of industrial processes. Sodium Silicate aids in the removal of contaminants from water, stabilizes solid waste for safe disposal, and enhances soil properties, showcasing its versatility in promoting environmentally responsible practices and contributing to a cleaner and healthier ecosystem.
15.Is Sodium Silicate used in medical and healthcare applications?
Yes, it is utilized in the preparation of certain medications and coatings for medical devices due to its inert and stable nature.
16.What aesthetic options are available for the Sodium Silicate Solid product line?
The Sodium Silicate Solid product line offers diverse aesthetic options. Customization includes finishes such as black, silver, or chrome, enhancing visual appeal and allowing seamless integration into different industrial applications. This flexibility in appearance adds a modern and tailored touch to the final products.
17.How does Sodium Silicate contribute to fire resistance in materials?
Sodium Silicate enhances fire resistance in materials by acting as a crucial component in the production of fire-resistant and heat-resistant products. Its inherent properties contribute to improving the material's ability to withstand high temperatures, making it a valuable asset in applications where fire resistance is essential, such as in the manufacturing of fireproof coatings, refractory materials, and other fire-resistant products.
18.How is the quality of Sodium Silicate assured in the manufacturing process?
The quality of Sodium Silicate is ensured through a stringent manufacturing process. Stringent quality control measures, including continuous production monitoring, rigorous testing, and adherence to industry standards, guarantee that each batch meets the high-quality specifications. This commitment to quality assurance ensures that Sodium Silicate maintains consistent performance and reliability in various industrial applications.
19.What role does Sodium Silicate play in corrosion prevention in industrial applications?
Sodium Silicate serves a crucial role in corrosion prevention in industrial applications. Acting as a corrosion inhibitor, it forms a protective layer on metal surfaces, preventing the onset of corrosion and extending the lifespan of equipment and components. This corrosion prevention capability makes Sodium Silicate a valuable choice in various industries, including manufacturing, transportation, and infrastructure, where protection against corrosion is essential for maintaining the integrity and reliability of metal structures and equipment.
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E-mail: asiachem@yatai.cn
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