What is sodium aluminosilicate used for? Sodium aluminosilicate chemical formula

Sodium aluminosilicate is mainly used in the rubber industry to improve product tear strength, flexibility, wear resistance, etc.; It is used as titanium dioxide in the paper industry and the coating industry.

extender of pigments to reduce the amount of titanium dioxide; It can also be used for plastics, inks, etc.

Not to be used as a food additive.

According to the latest "National Food Safety Standard for the Use of Food Additives" (GB2760-2014), it has been removed from the varieties allowed to be used in food additives.

Sodium aluminosilicate is a chemical substance whose main component is sodium aluminosilicate that contains water.

Main uses: rubber industry, improve product strength, flexibility, wear resistance, etc.; It is used as an extender for titanium dioxide pigments in the paper industry and the coating industry to reduce the amount of titanium dioxide; It can also be used for plastics, inks, etc.

The use of sodium aluminosilicate is an anti-caking agent, and it can certainly achieve the effect of anti-caking when placed in flour. If your pasta is hard, it can only be said that it has gone bad. And then you add sodium aluminosilicate, and then you can only fight poison with poison and harden.

It can be used as a food additive, colorless and odorless.

Sodium aluminosilicate is a chemical substance that is a commercial papermaking additive.

What are the properties and uses of sodium carbonate.

Scope of application. Food, beverage, feed, chemical, etc.

Aluminosilicate group or sodium chemical formula: Na2O·NSIo2.

Silicate. SiO4 tetrahedron.

Part of the aluminosilicate is composed of ALO4 tetrahedral substitutions, such as orthoclase KALSI3O8. It can also be written as k[(alo2)(sio2)3], which means that a quarter of the oxygenated tetrahedron is occupied by aluminum atoms, and there is also calfase caal2sio8 or ca[(alo2)2(sio2)2], half of which is alo4 tetrahedron and the other half is siO4 tetrahedron.

Form. Synthetic aluminum silicate.

There are two main forms, one of which is silicon-aluminum gel, including molecular sieves.

of silicon-aluminum gel. The silicon-aluminum microsphere glue formed by the oil column was first seen in 1949. Silicon-aluminum gels and silicon-induced aluminum gels containing molecular sieves are mainly used as catalytic cracking catalysts for petroleum refining.

Catalytic cracking (FCC) is one of the main deep processing methods, and is an important means for the production of basic components of aviation gasoline and high-grade automotive gasoline.

The other is precipitated aluminum silicate, which is actually precipitated sodium aluminosilicate, and the molecular formula can be expressed as: Na2O· Al2O3· 2 3 3 2SiO2 Degussa was first put on the market under the trade name P820.

na2o·nsio2

Sodium silicate, commonly known as bubble alkali, is an inorganic substance, and its aqueous solution, commonly known as water glass, is a mineral deficit binder. It is a soluble inorganic silicate with a wide range of deficit paths. Sodium silicate is a colorless, slightly colored translucent or transparent pinned bulk vitreous body.

What are the properties and uses of sodium carbonate.

Summary. <>

Dear, I'm glad to answer your <>

The effect of silica-free sodium metaaluminate is,1Anti-caking: Silicone-free sodium metaaluminate can absorb moisture and prevent food from clumping, making it easier to store and transport.

2.Anti-sedimentation: When certain components in a food product interact, they may precipitate, which can affect the quality of the food.

Silicone-free sodium metaaluminate can form a complex between these components, thus preventing them from precipitating. 3.Adjust pH:

Silicone-free sodium metaaluminate can neutralize acids or alkalis in food, thereby adjusting its pH value and improving the stability and taste of food. 4.Improved rheology:

Silicone-free sodium metaaluminate can improve the rheology of food, making it easier to manufacture and <>process

<> does not have the effect of sodium metaaluminate.

Dear, I'm glad to answer your <>

The effect of silica-free sodium metaaluminate is,1Anti-caking: Silicone-free metacrushic aluminate absorbs moisture and prevents food from clumping, making it easier to store and transport.

2.Anti-sedimentation: When certain components in a food product interact, they may precipitate, which can affect the quality of the food.

Silicone-free sodium metaaluminate forms a complex between these components, preventing them from precipitating. 3.Adjust pH:

Silicone-free sodium metaaluminate can neutralize the acid or alkali in the jujube products, thereby adjusting its pH value and improving the stability and taste of food. 4.Improved rheology:

Silicone-free sodium metaaluminate can improve the rheology of food, making it easier to manufacture and <>process

<> kiss, expand as follows <>

Silicone-free sodium metaaluminate is a kind of food additives, which is commonly used to adjust the pH value, stability and moisture-proof of food. It is a non-toxic, tasteless, colorless compound that can be safely used in food. Silica-free sodium metaaluminate is mainly made by the reaction of alumina, silicon oxide, and sodium chloride, in which the ratio of aluminum and silicon is 2:

1。Its hygroscopic and ion-exchange capabilities make it a <> raw material for a variety of purposes such as powders, dryers, gels, dispersants and buffers

Can <> add anti-precipitation to a liquid acidic solution? How much to do.

Pro, you can add an anti-precipitant to the liquid acidic solution, which is usually a polymer and can be stabilized in an acidic environment by applying a deprecipitating surface treatment. Common acidic solutions include gastric juice and acidic cleansers. The dosage of anti-sedimentation agent should be determined according to the pH value, temperature, concentration and stirring speed of the acidic solution.

The dosage can be determined according to the recommended amount on the specification of the anti-sedimentation agent used by Bridgecall, which is usually variable <>

Big Red Heng Weihua] <>

Sodium aluminum silicate is a granular structure, which is spherical, is a relatively small particle, and can be polymerized into something relatively highly viscous. Sodium aluminum silicate is also a chemical that is white in color and generally has a granular shape, which is a tasteless chemical. Sodium aluminum silicate is insoluble in water, but it can be as prosperous as alcohol and has a relatively high density, and has a certain shading rate.

The following is to recommend sodium aluminum silicate manufacturers for everyone.

1. Lingshou County Baisheng Mineral Products Processing Plant.

Lingshou Baisheng Mineral Products Processing Factory is a company specializing in the production and processing of mineral products, building materials, refractories, chemical products, petrochemicals and other products, with a complete and scientific quality management system. The integrity, strength and product quality of Lingshou Baisheng Mineral Products Processing Plant have been recognized by the industry.

2. Guangzhou Qiansan Chemical Science and Technology Co., Ltd.

Guangzhou Qiansan Chemical Technology Co., Ltd. is a chemical enterprise integrating industry and trade, the company develops and produces flame retardants, compatibilizers, toughening agents, foaming agents, lubricants and other modified additives such as polyvinyl chloride, polyolefins, engineering plastics, etc., and distributes chemical products from well-known enterprises at home and abroad, mainly including products from Dow, BASF, Clariant, South Korea SK and many other companies. The products include antioxidants, ultraviolet absorbers, light stabilizers, surfactants, alcohol ether series and so on.

3. Tianjin Ounuo Chemical Sales ****.

Tianjin Ounuo Chemical Sales **** specializing in the production of flake soda, granular soda, industrial salt, soda ash manufacturers, the company has convenient transportation, elegant environment, well-informed, with superior geographical conditions, transportation, communication is very convenient. The company has many years of production experience, covers an area of 25,000 square meters, more than 100 professional workers, and has professional technicians to guide the site in person. The monthly production capacity is more than 1,000 tons.

It is a manufacturer and seller who has obtained national professional certification. The company is a professional manufacturer of flake alkali, using high-quality liquid soda as the raw material, and the color of the product is pure white and uniform. Content:

96% 99% quality implementation standard: GB209-93, of which sodium hydroxide content (Na20H).It does not contain other insoluble substances, and its appearance is white, shiny, and uniform size of sheet solid.

The products are sold to Beijing, Tangshan and Shanghai; Hangzhou; Guangzhou, Shenzhen and other places, and exported to foreign countries. The product quality has been well received by the majority of users. Adhere to the road of scientific development, constantly expand the scale of the enterprise, through the overall planning, the implementation of the strategic planning, out of a provincial investment, quick results, excellent benefits of the enterprise development road.

The company regards product quality as life, constantly improves product image and product brand, and strives to build the product brand into a national well-known brand. In the spirit of truth-seeking and innovation, our company has established good cooperative relations with dozens of chemical industry manufacturers across the country and opened up a broad market.

Sodium aluminosilicate chemical formula: Na2O·NSIo2.

Sodium aluminosilicate is a chemical substance with the molecular formula AlnaO6Si2. The main ingredient is sodium aluminosilicate with water. It is composed of the molar ratio of Na2O:Al2O3:SiO2=1:2:.

Physicochemical Properties:

White amorphous fine powder or powder. Odorless, tasteless, relative density, melting point 1000 1100. Insoluble in water, ethanol or other organic solvents.

At 80 100 it is partially soluble in a strong acid or alkali solution. Use more envy as an anti-caking agent. The pH of the slurry (20 g 100 ml) made with carbon dioxide-free water is:

Ethanol Physical Properties:

Ethanol is a saturated monool with a hydroxyl group, which can be seen as the product of a hydrogen atom in an ethane molecule being replaced by a hydroxyl group, or a hydrogen atom in a water molecule being replaced by an ethyl group. The ethanol molecule is a polar bridge rolling molecule composed of three atoms, C, H and O, in which the C and O atoms are bonded by sp hybrid orbitals.

The above content refers to Encyclopedia - Sodium Aluminosilicate.

Encyclopedia - Ethanol defibrillation.

Hello dear, sodium hydroxide aluminum and aluminum silicate are two different chemicals, and the difference between them is mainly in their structure and properties.

Sodium aluminum hydroxide is an inorganic compound with the chemical formula Naalo2, it is a white crystalline powder with strong hygroscopicity and strong corrosion resistance, which can be used to make high-purity aluminum alloys.

Aluminum silicate is an organic compound with the chemical formula Al2SiO5, it is a white crystalline powder with strong corrosion resistance of Chashu eggplant, which can be used to make high-purity aluminum alloys and ceramic materials.

Overall, the main difference between sodium oxide aluminum and aluminum silicate is their structure and properties, sodium aluminum hydroxide is an inorganic compound with strong hygroscopicity and corrosion resistance, while aluminum silicate is an organic compound with strong corrosion resistance and can be used to make high-purity aluminum alloys and ceramic materials.

Sodium aluminum hydroxide and aluminum silicate are two different chemicals that have some distinct differences between them. First of all, aluminum sodium oxide is an inorganic compound, while aluminum silicate is an organic compound. Secondly, the molecular weight of sodium hydroxide aluminum is much larger than that of aluminum silicate, so sodium aluminum hydroxide is less soluble.

In addition, sodium hydroxide aluminum precipitation is faster than aluminum silicate, so sodium aluminum hydroxide is more likely to be precipitated out. Finally, sodium hydroxide aluminum is much more resistant to corrosion than aluminum silicate, so it can better protect metal surfaces from corrosion. In conclusion, there are some distinct differences between sodium hydroxide aluminum and aluminum silicate, but they are both important chemicals that can be used to make a variety of products.

1. Sodium aluminum hydroxide is a white powder, and aluminum silicate is a mixture similar to powder, which contains aluminum silicate, sodium silicate, calcium silicate and other components;

2. Sodium hydroxide aluminum has strong corrosion resistance, while aluminum silicate has weak corrosion resistance;

3. Sodium hydroxide aluminum has high heat resistance, while aluminum silicate has low heat resistance;

4. Sodium hydroxide and lead-burning aluminum have high crystallinity, while aluminum silicate has low crystallinity;

5. The solubility of aluminum sodium hydroxide is lower than that of aluminum silicate, and the solubility of aluminum silicate is higher than that of aluminum sodium hydroxide.