Modified Water Glass

Hongdong Chemical

Specifications

HS Code	473729
Color	usually colorless or slightly colored
State	viscous liquid or solid
Solubility	soluble in water
Alkalinity	alkaline
Adhesive Property	good adhesion
Coating Property	can form a protective coating
Hardening Property	hardens upon reaction or drying
Heat Resistance	has certain heat - resistance
Chemical Stability	relatively stable to some chemicals
Fire Resistance	has fire - resistant properties

As an accredited Modified Water Glass factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

Packing & Storage

Packing	Modified Water Glass in 25 - kg bags for secure and convenient packaging.
Storage	Modified water glass should be stored in a cool, dry, well - ventilated area. Keep it away from heat sources and direct sunlight to prevent premature reactions or degradation. Store in tightly - sealed containers to avoid contact with moisture in the air, which could affect its chemical properties. Ensure storage areas are free from reactive substances that might initiate unwanted reactions.
Shipping	Modified Water Glass is shipped in secure, corrosion - resistant containers. Adequate padding ensures protection during transit. Compliance with chemical shipping regulations is strictly adhered to for safe and proper transportation.

Free Quote

Competitive Modified Water Glass prices that fit your budget—flexible terms and customized quotes for every order.

For samples, pricing, or more information, please call us at +8615371019725 or mail to info@bouling-chem.com.

We will respond to you as soon as possible.

Tel: +8615371019725

Email: info@bouling-chem.com

General Information

Historical Development

The history of Modified Water Glass is quite impressive. In the past, the initial development, the process was not refined, and the effectiveness was limited. However, as time went by, craftsmen worked hard to study and improve. In the Middle Ages, there was a slight success, and it was gradually applied in various fields. With the passage of time, technology has advanced, and its understanding has deepened, and the methods of improvement have become new. Today's Modified Water Glass is not comparable to the past, with outstanding performance and wide application. From ancient times to the present, through the efforts of countless craftsmen, this brilliant achievement has been achieved, which is really a good example of the development of chemical products.

Product Overview

Overview of improved water glass products
Improved water glass is one of the chemical products, which is specific in nature and has a wide range of uses. This product is based on traditional water glass, and its performance has been greatly improved by subtle improvement methods.
Looking at its properties, the color is clear and uniform, and it has better stability than the old system. When stored, it is not easy to deteriorate, and can be placed in a warehouse for a long time without compromising its effectiveness. Its bonding power is also far beyond the past, and it can be used in construction, casting and other industries.
In the field of construction, it can be used as a bonding agent for masonry to make walls strong and abnormal; in the casting industry, it can be used as a sand bond to ensure the precision of castings. Because of its superior performance, it is an indispensable product in many industries and can contribute to the prosperity of the industry.

Physical & Chemical Properties

Since modern times, chemistry has advanced, and all kinds of products have emerged in an endless stream. Today, there is a thing called "Modified Water Glass", whose physical and chemical properties can be investigated.
Modified Water Glass has a clear and viscous appearance, similar to traditional water glass and changed. The beauty of its chemical composition is related to the delicate ratio of elements. In terms of physical properties, the genera of melting point and boiling point are different due to structural adjustment. When heated, the phase change state has unique characteristics.
From the perspective of chemical activity, the reaction with various reagents, whether slow or urgent, is in accordance with the laws of chemistry. When it encounters acid, or sinks, or produces gas, the image of change is the manifestation of its chemical properties. And under different temperatures and pressures, the properties also change, which is what chemical researchers should deeply investigate. In the fields of industry and scientific research, due to its unique physical and chemical properties, it must have observable uses. It is urgent for our generation to explore in detail to clarify its nature and make it useful.

Technical Specifications & Labeling

There are now process regulations and labels (commodity parameters) for improved water glass, which are described in detail as follows. Its quality needs to be pure, the color is clear and transparent, and there are no impurities mixed in it. The consistency is moderate, and it is prepared according to a specific ratio, which is accurate. Its bonding strength needs to reach the established standard, which can stabilize all things. The logo is clear, and the product parameters such as composition, ratio, scope of application and precautions are listed in detail on the prominent part of the package, so that the user can see at a glance and operate in compliance. In this way, for qualified improved water glass products, the process regulations and labels must be strictly followed to ensure excellent quality.

Preparation Method

If you want to make Modified Water Glass, the first raw material. The raw materials are silica sand and alkali. Silica sand needs to be pure and uniform, and alkali should also be selected as its superior.
As for the production process, first mix silica sand and alkali in a suitable ratio and put them into a special furnace. The furnace temperature gradually rises to make the two fully react. This reaction process requires precise temperature control, and attention must also be paid to the urgency of the heat.
After the reaction is completed, the obtained material still needs to be refined. After cooling, grinding and other processes, the texture is uniform and delicate. And in the whole process, when the monitoring mechanism is set up to detect the changes in each step, if there is a slight difference, it will be adjusted in time to obtain high-quality Modified Water Glass to meet all needs.

Chemical Reactions & Modifications

Modern chemical refinement, there is a thing called Modified Water Glass, its chemical reaction and modification are particularly important. Although the properties of used water glass have certain uses, they also have limitations.
Today's Modified Water Glass, in the state of reaction, is much different from the traditional ones. It touches various things, and can produce different changes, either fast or slow, or new colors, or abnormal states. And the modification is also quite significant, the temperature resistance is increased, the corrosion resistance is strong, and it can be adapted to more environments.
Chemists, study the rationale, explore the micro-reaction, and find the source of its modification. Ji Neng with this, and then expand its use, so that in the work, in agriculture, in all kinds of industries, can shine, for the progress of the world, add bricks and mortar.

Synonyms & Product Names

Since modern times, the art of chemistry has become increasingly refined, and all kinds of new things have emerged. Today there is a substance called "Modified Water Glass", which has a unique name, and we want to investigate the relationship between its namesake and the trade name.
"Modified Water Glass", or it can be called improved water glass. Water glass, which has existed in ancient times, is a solution of sodium silicate, which has a wide range of uses and is used in many fields such as construction and anti-corrosion. And this "Modified Water Glass", which is said to be improved, must have gained some performance from traditional water glass.
Or another name such as modified capsuline, which is also a common name related to water glass. In terms of trade names, it may vary depending on the application scenarios. In the building materials market, or "high-strength modified water glass binder", highlighting its strong bonding properties; in the field of chemical raw materials, or "high-efficiency improved water glass additives", emphasizing the high-efficiency characteristics of its additives. All of these revolve around the properties and uses of "Modified Water Glass", which are displayed in the market under different trade names, and other names such as modified capsuline are also well known in the industry, referring to this type of improved water glass substance.

Safety & Operational Standards

Product Safety and Operation Specifications for Modified Water Glass
The product of Modified Water Glass is widely used in various fields. To ensure its safe and smooth use, there must be strict safety and operation specifications to follow.
The first word is safe. This product has specific chemical properties and is potentially dangerous. When storing, it must be in a dry, cool and well-ventilated place to avoid fire and heat sources. And it should be separated from other chemicals to avoid reactions. When taking it, protective equipment is essential, such as gloves, goggles, etc., to prevent skin contact and eye damage. If you accidentally touch it, rinse it with a lot of water as soon as possible; if you enter your eyes, seek medical attention urgently.
Times and operating specifications. Those who use this product must first familiarize themselves with its properties and methods. Read the instructions carefully before use, and explain the dosage and steps. When mixing the liquid, it is advisable to slowly pour the Modified Water Glass into the water, stir it, and do not reverse the order to prevent splashing. When the temperature and time of the reaction, it is also necessary to abide by the regulations to achieve the expected effect. After the operation is completed, clean the utensils, and the remaining materials should be properly placed. Do not discard them indiscriminately, so as not to pollute the environment.
In short, the use of Modified Water Glass is related to safety and efficiency. Only by following these safety and operating regulations can we avoid harm and seek benefits, so that it can develop its strengths in various fields and benefit people. All things are important to start with caution and end well, and should not be ignored.

Application Area

Modified Water Glass, a new innovation in chemical products. Its application field is quite wide. In the field of construction, it can be used as a binder to make the bricks and stones firmly connected, just like the ancient tenon and mortise fit, very strong. And it has waterproof performance. If the roof's tile eaves block water seepage and keep the inner room dry.
In industrial production, it can help the mineral processing industry. It can separate mineral powder according to nature, just like a fisherman divides fish and returns them to their place, improving the quality of minerals. In the paper industry, it can be used as a sizing agent. The paper is as smooth as a dill, the ink falls, the smudging is suitable, and the writing is smooth.
In agriculture, it is also useful. It can be formulated into a special solution to nourish crops, just like spring rain moisturizing seedlings, promoting their robust growth and ensuring the hope of a bumper harvest. Modified Water Glass has developed its strengths in many fields, with extraordinary functions and is an indispensable material in the world.

Research & Development

Since modern times, the technology of chemistry has been new, and various products have emerged in an endless stream. Today, the research and development of Modified Water Glass is related to many fields.
I tried to study it carefully and found that its characteristics are very different. Although water glass had its uses in the past, it also had drawbacks. After improvement, Modified Water Glass has better performance. It can be used in construction materials to increase its robustness; in industrial production, it can help smooth the process.
We use scientific methods to explore its principle and test its effect. After repeated attempts, adjust the formula and optimize the process. Looking at it now, Modified Water Glass has made considerable progress, but the road ahead is still long, and it still needs to be studied unremitting in order to improve it, hoping to contribute to the development of various industries and promote its prosperity.

Toxicity Research

Since modern times, the art of chemistry has advanced day by day, and all kinds of products have emerged in an endless stream. Today, there is a product called "Modified Water Glass", and the study of its toxicity is quite important.
Observe this thing, in various environments, or in symmetry with other things, its nature or change. To understand its toxicity, it is necessary to study different media, observe its reaction, and observe its impact on organisms. In the micro-environment, such as the cell level, observe whether it damages the structure and function of cells; in the vast field, test it in animals, and see its overall effect on the body.
Consider its toxicity, and must not ignore its use and storage. If it is used inappropriately, the storage is inappropriate, or the toxicity increases. Only by exploring in detail and clarifying the toxicity, can this product be used effectively, avoid its harm and promote its benefits, protect the well-being of everyone, and protect the tranquility of the environment.

Future Prospects

Looking at today's world, technology is changing day by day, and all kinds of strange things are competing. Modified Water Glass is not widely known, but its future development can be looked forward to.
Its unique nature, or in the field of architecture, can increase the strength of materials, protect houses from damage for a long time, and be difficult to invade by wind and rain. In medicine, it may also have a wonderful use, or it can help the storage of medicines, and ensure their purity and effectiveness.
And if the method of its production can be refined and the cost reduced, it will surely be widely spread in the world. In the future, it will be used in all directions, in agriculture to protect crops, and in work to improve equipment.
Our scientific researchers, when diligently studying, hope to be able to apply the wonders of this Modified Water Glass to the benefit of everyone, such a future scene is beautiful and promising.

Where to Buy Modified Water Glass in China?

As a trusted Modified Water Glass manufacturer, we deliver: Factory-Direct Value: Competitive pricing with no middleman markups, tailored for bulk orders and project-scale requirements. Technical Excellence: Precision-engineered solutions backed by R&D expertise, from formulation to end-to-end delivery. Whether you need industrial-grade quantities or specialized customizations, our team ensures reliability at every stage—from initial specification to post-delivery support.

Frequently Asked Questions

As a leading Modified Water Glass supplier, we deliver high-quality products across diverse grades to meet evolving needs, empowering global customers with safe, efficient, and compliant chemical solutions.

What are the Main Ingredients of Modified Water Glass?

The main components of improved water glass are mostly related to several substances. Water glass, that is, the aqueous solution of sodium silicate, is improved when various additives are added to form improved water glass. First, sodium silicate is the base. Sodium silicate is a soluble silicate formed by combining alkali metal oxides with silica. It dissolves in water to form a cohesive colloidal solution. This is the core component of water glass and lays the foundation for subsequent improvement. Second, additives are essential. During the improvement process, phosphates such as phosphates are often added. The addition of phosphates can adjust the curing speed and strength of water glass. It interacts with sodium silicate, which may change the colloidal structure and make the cured product more durable. Furthermore, borax is often an additive. Borax can improve the heat resistance of water glass. When exposed to high temperatures, borax combines with sodium silicate to form a more stable structure, so that the improved water glass can still maintain its physical properties in high temperature environments. In addition, some organic polymers are also introduced. The fusion of organic polymers with sodium silicate can enhance the flexibility of the improved water glass. Because traditional water glass is more brittle after curing, the addition of organic polymers can improve this shortcoming, making it suitable for applications where certain flexibility is required. In summary, the main components of improved water glass, in addition to sodium silicate, a basic substance, various additives, such as phosphate, borax, organic polymers, etc., all play a key role in the improvement of its performance. They cooperate with each other to give the improved water glass diverse and excellent characteristics.

What are the Applicable Scenarios of Modified Water Glass

The improved water glass has a wide range of uses and is used in many scenarios. First, in the field of civil engineering, it is often used as a grouting material. When the foundation is strengthened, the improved water glass is injected into the weak foundation, which can react with the soil particles to form a gel substance, fill the pores between the soil particles, and improve the strength and stability of the soil. It is like a solid barrier for the foundation, making the building foundation more stable. And it can also play a key role in preventing seepage and plugging in underground projects such as tunnels and mines, effectively preventing groundwater penetration and ensuring the smooth development of the project. Second, in the foundry industry, it is a high-quality binder. It is used to make sand molds and cores, which can tightly bond the sand grains and ensure that the molds and cores have good strength and dimensional accuracy. In this way, the quality of the castings can be guaranteed, and the generation of defects, such as bubbles, trachoma, etc., can be carefully crafted by craftsmen, making the casting process more exquisite. Third, in the textile industry, improved water glass can be used as a fire retardant for fabrics. The treated fabric can form a heat insulation layer in case of fire, slowing down the burning speed, gaining time for personnel evacuation and fire fighting, just like putting fire armor on the fabric to improve the fire safety performance of the fabric. Fourth, in the field of coatings, it can improve the performance of coatings. As a paint additive, it can enhance the adhesion, water resistance and weather resistance of the paint, so that the paint can maintain a good state for a long time in different environments, as if to paint a durable protective color for the surface of buildings and other objects. In addition, in the mineral processing, paper making, oil mining and other industries, the improved water glass also plays an indispensable role by virtue of its unique properties, helping the production process of various industries to advance smoothly and improve product quality.

What are the advantages of Modified Water Glass compared to traditional water glass?

Compared with traditional water glass, the advantages of improved water glass are quite significant. Improved water glass is more refined in performance, which is its main advantage. First of all, the adhesion of improved water glass is stronger. In civil engineering, it is used to bond masonry, and traditional water glass binds masonry. After a few years, or now the masonry is loose; and the improved water glass is firmly bonded, and the masonry is like one, and it is difficult to loosen for a long time, which can greatly enhance the stability of the building structure. Besides water resistance, traditional water glass has poor water resistance and is easily soluble in water, which limits its application. This is not the case with improved water glass. Its water resistance has been greatly improved by special processes. In humid environments or projects in contact with water, such as underground buildings and hydraulic buildings, improved water glass can ensure stable material performance and will not suffer from sudden performance degradation due to water erosion. In addition, the curing speed is also a major advantage of improved water glass. Traditional water glass takes a long time to cure, and often delays the project progress in projects with tight construction periods. Improved water glass solidifies quickly, which can shorten the construction period, improve the efficiency of the project, and save a lot of time and cost for the project. Furthermore, in terms of environmental protection performance, the traditional water glass production or use process may produce certain pollution. Improved water glass pays attention to environmental protection, adopts greener raw materials and processes, and reduces the negative impact on the environment, which is in line with the current environmental protection trend. To sum up, improved water glass has obvious advantages over traditional water glass in terms of adhesion, water resistance, curing speed and environmental protection performance, and will definitely play a greater role in many fields.

What are the Storage Conditions for Modified Water Glass?

The improved water glass should be placed in a cool and dry place, protected from direct sunlight, and should be sealed and stored. The cover is active because of its activity. If it is exposed to sunlight or too much contact with the air, the components in it will easily react with carbon dioxide in the air, causing it to deteriorate and affecting the use effect. The storage place should be a clean container, preferably made of glass or ceramic material. Because of its relatively stable chemical properties, it does not chemically react with water glass. If a metal container or water-causing glass is used to react with it, its chemical composition will be changed. In addition, the storage temperature should also be paid attention to, and it should not be too high or too low. If it is too high, the reaction rate will be accelerated and it will deteriorate easily; if it is too low, it may cause it to freeze and destroy its original structure and performance. In short, proper storage of improved water glass can ensure its quality and play its due role in future use.

What is the Production Process of Modified Water Glass?

The production process of improving water glass has been in place since ancient times, but the details of the process vary from time to time. Try to describe it today. The first is the selection of raw materials. It is necessary to select high-quality quartz sand and soda ash, which are the foundation of water glass. Quartz sand should be pure in texture, with very little impurities and moderate particle size to facilitate full reaction. Soda ash also needs to be of high purity to ensure product quality. The second is the method of melting. Mix the selected quartz sand and soda ash in an appropriate proportion and put them into a special furnace. The furnace temperature needs to be precisely controlled. At first, it should be heated slowly to make the material melt gradually, and then it should be attacked with fire to make it fully react. During this period, the furnace worker needs to keep an eye on the fire and observe the material changes to ensure that the reaction is complete. After the material is melted evenly and in a flowing state, it can be released from the furnace. After it is released from the furnace, it is the modification process. This is the key to improving the water glass. Or add specific chemicals, or apply physical means. When chemically modifying, according to the required properties, choose the appropriate agent, slowly add it to the molten water glass, stir quickly to make it evenly dispersed, and a specific chemical reaction occurs to change its properties. Physical modification often uses ultrasonic, high pressure and other means to change the microstructure of the water glass, increase its bonding force, water resistance and other characteristics. Then it is cooled and formed. The modified water glass is slowly poured into a special mold, cooled naturally or air-cooled to form it. The cooling process also needs to be paid attention to, the speed should not be too fast or too slow, too fast will easily generate internal stress, which will affect the quality; if it is too slow, it will take too long and is not conducive to production. Finally, it is tested and packaged. The improved water glass formed needs to be strictly tested to test its composition and performance. Those who pass the test can be packaged in a sturdy container before it can be put on the market.