Overview of Sodium Silicate Liquid

Sodium silicate liquid, also known as water glass, is a versatile inorganic compound comprising sodium oxide (Na₂O) and silica (SiO₂) in aqueous solution. It is widely used across industries such as construction, detergent manufacturing, foundry, and drilling fluids due to its unique properties including adhesive strength, heat resistance, and chemical stability.

Features of Sodium Silicate Liquid

Adhesive Strength: Provides excellent bonding capabilities, making it ideal for foundry work and abrasive wheels.

Heat Resistance: Effective in high-temperature applications like refractory materials and cement production.

Chemical Stability: Resistant to many chemicals, ensuring durability in harsh environments.

Versatility: Used in detergents, fireproofing, and as a sealant in various industrial processes.

Water Solubility: Easily mixes with water, facilitating its use in multiple applications.

(Liquid Sodium Silicate Plant Produce Different Molar Ratio Sodium Silicate Solution)

Specifications of Liquid Sodium Silicate Plant Produce Different Molar Ratio Sodium Silicate Solution

Liquid sodium silicate plants make sodium silicate solutions. Sodium silicate is also called water glass. It is a useful chemical. These plants produce solutions with different molar ratios. The molar ratio is important. It tells us the ratio of silica to sodium oxide in the solution.

The production starts with raw materials. We use sand and soda ash. Sand provides silica. Soda ash provides sodium oxide. We melt these materials together in a furnace. This makes solid sodium silicate glass. The glass looks like lumps or chunks. The key step is controlling the sand and soda ash amounts. Changing these amounts changes the molar ratio.

We dissolve the solid glass in water. This happens under pressure. Hot water dissolves the glass faster. The result is a liquid sodium silicate solution. The solution’s concentration can vary. The molar ratio can vary too. Plants can make many different ratios. Common ratios range from about 1.6 to 3.3. Each ratio gives the solution different properties.

The molar ratio affects how the solution behaves. A lower ratio means more sodium oxide. This makes the solution more alkaline. It dissolves easier in water. A higher ratio means more silica. This makes the solution thicker. It sets harder. Different industries need different ratios. Adhesives, detergents, construction, and foundries all use it. They need specific properties. The plant adjusts the raw material mix. This lets us target the exact molar ratio the customer requires. Customers tell us what ratio they need. We set up the furnace charge accordingly. This flexibility is a big advantage.

(Liquid Sodium Silicate Plant Produce Different Molar Ratio Sodium Silicate Solution)

Applications of Liquid Sodium Silicate Plant Produce Different Molar Ratio Sodium Silicate Solution

Liquid sodium silicate plants make sodium silicate solution. This solution has different molar ratios. The molar ratio is the mix of silica to soda ash. Different ratios give different properties. So different ratios work better for different jobs.

Low ratio sodium silicate has a molar ratio between 1.6 and 2.5. It is quite alkaline. It sets hard quickly. Builders use it for soil stabilization. It makes weak ground stronger. It is good for drilling fluids in oil fields. It helps control the hole. Foundries use it as a binder for sand molds. It holds the sand shape for casting metal. Some detergents use it too. It helps soften water.

Medium ratio sodium silicate has a molar ratio between 2.5 and 3.3. It is a common choice. It dissolves well in water. Paper mills use it for deinking recycled paper. It helps remove old ink. It is used in making cardboard and paperboard. It acts as a binder there. Adhesive makers use it for things like cardboard tubes. Ceramics factories use it. It helps bind ceramic materials before firing. Water treatment plants might use it. It can help remove metals from dirty water.

High ratio sodium silicate has a molar ratio between 3.3 and 3.9. It is less alkaline. It dissolves slower. It is less reactive. Concrete sealers use it. It reacts with the concrete to make a hard surface. It is used in refractory cements. These cements handle very high heat. It is a base for making silica gel. Silica gel absorbs moisture. Paint makers use it. It acts as a binder in certain paints. It helps stabilize pigments.

Company Introduction

Welcome to Iberocruceros, a leading supplier in the international market for high-quality potassium silicate, sodium silicate, and lithium silicate.

Our products are meticulously crafted to meet the diverse needs of various industries, including construction, agriculture, and manufacturing. With state-of-the-art production facilities and a commitment to excellence, we ensure superior product quality and customer satisfaction.

We pride ourselves on our innovative solutions, competitive pricing, and reliable delivery services. Partner with us for your silicate needs and experience the difference that expertise and dedication can make. Let’s build a sustainable future together.

If you have any questions, please feel free to contact us(nanotrun@yahoo.com).

Payment Methods

T/T, Western Union, Paypal, Credit Card etc.

Shipment Methods

By air, by sea, by express, as customers request.

5 FAQs of Liquid Sodium Silicate Plant Produce Different Molar Ratio Sodium Silicate Solution

What is molar ratio in sodium silicate? Molar ratio is the proportion of silica to sodium oxide in the solution. This ratio is key. It directly controls the solution’s behavior. Higher ratios mean more silica. Lower ratios mean more sodium oxide.

Why offer different molar ratios? Different industries need different solutions. A high ratio solution might be perfect for making adhesives. It gives strong bonding. A low ratio solution might work better in detergents. It helps cleaning. Having choices lets customers get the exact product for their job.

How does the plant make different ratios? The plant changes the raw material mix. It also adjusts the reaction conditions. This includes temperature and pressure. These changes alter the final silica and soda ash combination. That’s how the molar ratio shifts. The process is flexible.

What properties change with the ratio? Several things change. Thickness (viscosity) is one. Higher ratios often mean thicker solutions. Setting time is another. Some ratios set faster than others. Solubility changes too. Different ratios dissolve differently in water. The chemical reactivity shifts as well.

How do I know which ratio I need? It depends on your application. Think about what you need the solution to do. Do you need fast setting? Do you need easy dissolving? Check what your specific process requires. Consult your technical specs. Ask our team. We can help match the ratio to your use.

(Liquid Sodium Silicate Plant Produce Different Molar Ratio Sodium Silicate Solution)