Adhesive & Sealant Additive

ANS is mainly engaged in the research and development of a variety of adhesive & sealant additives, the main products include crosslinking agent、curing agent、coupling agent、thickening agent、intensifier.

These Products are mainly used in printing ink industry, coating industry, pigment and painting industry, paper industry, composite materials industry, glass fiber industry, inorganic filler industry, textile auxiliaries industry, surface treatment industry, adhesive industry, modified plastics industry, resin industry.

1.Crosslinking agent can significantly improve the polymer heat resistance, oil resistance, wear resistance and some mechanical properties, and expand the scope of application of products.

2.Curing agent is used to help harden or cure some type of substance. The variety of curing agent on the role of the mechanical properties, heat resistance, water resistance, corrosion resistance have a great impact.Several curing agent compound, you can receive the results complement each other.

3.Coupling agent can reduce the viscosity of synthetic resin melt in the plastic processing, enhance the dispersion of filler to improve the processing performance, thus making the products get good surface quality and mechanical, thermal and electrical properties.

4.Thickening agent is used to improve the viscosity of a new type of functional polymer materials, is widely used in pharmaceutical, printing and dyeing, cosmetics, food additives, oil, paper, leather processing and other industries.

5.Intensifier is used to improve the tensile strength of various polymers.It make the mechanical properties of products significantly improved.

 For Coating For Adhesive For Casting
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 For Wood For Rubber For Resin


 For Plastic For Glass Fiber For Heavy Duty Industry
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Fermentation Nutrients Ingredients

Major benefits of probiotic

  • Aid you in digesting food, particularly hard-to-digest foods and foods that some individuals are more sensitive to*

  • Enhance the synthesis of B vitamins and improve calcium absorption*

  • Help you keep a healthy balance of intestinal microflora*

  • (In women) Promote vaginal health*

  • Support your immune system*

Major benefits of Enzymes

  • Enzymes help the food industry to improve freshness, optimize production, add texture, ensure quality consistency and reduce costs – gains that enable us to reduce their water and energy consumption and waste.

  • Enzymes also support health and wellness aims, for example by promoting the digestion of milk lactose, starch, proteins, fats and oils.

Nutrients products includes compound food additives, mainly focusing on manufacturing food additives such as ammonium carbonate,ammonium bicarbonate, potassium phosphates, sodium phosphates, calcium phosphates, magnesium phosphates, acetates, citrates and mineral elements--iron, zinc, magnesium, manganese,copper and etc.Our products are widely used in food, pharmaceutical, healthcare product.

For BreadFor MilkFor Drink
For BeerFor YogurtFor meat products

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Food & Pharma Ingredients

Many people think that food additives must be something harmful to the human body, this idea is wrong. As long as we use food additives in accordance with the standard, then it will not harm our body.

Food additives have greatly promoted the development of food industry, and it is regarded as the soul of modern food industry, because it brings many benefits to the food industry, it prevents food spoilage, improving the sensory properties of food, maintain and improve the nutritional value of foods, and so on.

Pharmaceuticals additives are the basic materials and important components of pharmaceutical preparations, which are the basis for ensuring the production and development of pharmaceutical preparations.Pharmaceuticals additives can not only shape, act as a carrier, improve stability, but also has solubilization, solubilization,controlled release and other important functions, it is an important component that may affect the quality, safety and effectiveness of drugs.

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High Pure & Micron Materials

    As the base material for the semiconductor and electronic industries, high purity metals have been widely used in optical, electronics, optoelectronics, solar panels, decorative and other types of scientific research and industrial fields.To meet your multi-level needs, we can provide a variety of high purity metal compounds.

Product   SeriesSymbols
High purity   aluminumAl
High purity   bismuthBi
High purity   magnesiumMg
High purity   cobaltCo
High Purity   ChromiumCr
High purity   copperCu
High purity   ironFe
High purity   manganeseMn
High purity   nickelNi
High purity   rubidiumRb
High purity   zincZn
High purity   zirconiumZr
High purity   cesiumCs
High purity   lithiumLi

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Metal Organic Compounds

Metal organic compounds also known as an organometallic compound. A compound formed by the combination of alkyl (including methyl, ethyl, propyl, butyl etc.) and aromatic (phenyl etc.) alkyl radical with metal atoms. A general term for the direct combination of carbon and metal atoms. It can form stable metal organic compounds with lithium, sodium, magnesium, calcium, zinc, cadmium, mercury, beryllium, aluminum, tin, lead and other metals, is a kind of compound containing at least one M-C bond.

Metal organic compounds have many kinds and are widely used. Can be used in organic synthesis and prepare of polymer compounds. It is a catalyst for polymerization and synthesis of polymer compounds. It can also be used in medicine, pesticide, industry and so on. Metal organic compounds can also be used in complexation reaction, chemical simulation biological nitrogen fixation and hydroformylation, and can also be used in optoelectronic and magnetic functional materials.


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Photoelectric Material

Photoelectric materials refer to materials used in the manufacture of various optoelectronic devices (mainly including various active, passive photoelectric sensors, optical information processing and storage devices, optical communications, etc.).

Photoelectric materials is the basis and pilot of the entire photoelectric industry, It plays an important supporting role in the development of the whole information industry. Photoelectric materials are widely used in modern times, involving a wide range of areas such as: communications, lighting and other fields. The application of photoelectric materials has made important progress in solar cells, photoelectric switches, image recording, optical storage, and photocatalytic synthesis, environmental protection and other aspects.For the use of solar energy and other light energy opened up a wide range of ways.

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Rare Earth Materials

Rare earth has "industrial vitamins" reputation. Rare earth materials mainly used in metallurgy, petrochemical industry, glass ceramics, fluorescent and electronic materials industry. Can be used in the production of fluorescent material, rare earth metal hydride battery materials, electric light source materials, magnetic materials, hydrogen storage materials, catalytic materials, precision ceramic materials, laser materials, superconducting materials, magnetostrictive materials, magnetic refrigeration materials, magnetic materials, magnetooptical memory material and optical fiber materials, etc..Rare earth polishing powder for a variety of glass components polishing.Rare earth oxides can also be used to make special glass.

In addition to the above uses, rare earth elements are widely used in our lives. As long as some rare earth elements are added into some traditional products, some magical effects will be produced. At present, rare earth has been widely used in metallurgy, petroleum, chemical, textile, medicine, agriculture and other dozens of industries.

For example, rare earth steel can significantly improve the wear resistance, corrosion resistance and toughness of steel.Rare earth aluminum wire rod can reduce the fineness of aluminum wire, but also improve the strength and conductivity.The rare earth pesticide in fruit, can kill the pests, but also can improve the fruiting rate.Rare earth compound fertilizer can not only improve the soil structure, but also increase the output of agricultural products; the rare earth oil cracking catalyst used in China's oil refining industry can increase the production efficiency of gasoline and other light oil.


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Graphene is a two-dimensional crystal with only one layer of atomic thickness separated from graphite material and composed of carbon atoms. It is the building-block of Graphite, but graphene is a remarkable substance on its own-with a multitude of astonishing properties which repeatedly earn it the title “wonder material”.

The excellent conductivity and light transmission properties of graphene have a very good application prospect in transparent conductive electrodes. Touch screen, liquid crystal display, organic photovoltaic cells, organic light-emitting diodes, etc., need a good transparent conductive electrode material.

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Nano Materials

Nano powder, also called superfine powder or superfine powder, generally refers to powder or particle below 100 nm, which is a solid particle material between atoms, molecules and macro objects in the middle state. Can be used for high density magnetic recording material,radar absorbing stealth materials, magnetic fluid materials, radiation proof materials, polishing materials for single crystal silicon and precision optical devices, micro chip thermal conductive substrate and wiring material, microelectronic packaging materials, optoelectronic materials, advanced battery electrode materials, solar cell materials, high efficient catalyst; high efficiency combustion improver, sensitive element, high toughness ceramic materials,etc.

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Crystal Materials

ANS has been independent research and development as the source of enterprise development.ANS is committed to the production and research of multiple crystal materials,

Crystal material in addition to excellent light transmission, but also has high strength, high temperature resistance,corrosion resistance, impact resistance and other excellent mechanical and physical properties. It can be used for a variety of special needs of the optical components and window materials.

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