Battery separator industry

Battery separator industry

Using battery separators containing silicon dioxide can improve battery energy storage efficiency, extend battery life, and enhance battery safety. Furthermore, due to the excellent properties of silicon dioxide, this type of separator can also be applied to various different types of storage batteries.

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Toothpaste industry

Toothpaste industry

With increasing public awareness of oral health, the quality and efficacy of toothpaste have become key consumer concerns. The use of silicon dioxide in toothpaste not only enhances its cleaning effectiveness but also better meets consumer demands. Furthermore, its stable chemical properties and non-toxic nature make its use in toothpaste safer and more reliable.

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Coatings industry

Coatings industry

1. High Stability: The high stability of silicon dioxide ensures the stable performance of the matting agent under high temperature and humidity. 2. Wide Adjustment Range: By adjusting the content and particle size of silicon dioxide, the gloss of the coating can be easily adjusted. 3. Wide Applicability: Silicon dioxide can be used in the preparation of various coatings, such as water-based coatings and oil-based coatings.

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Footwear and tire industries

Footwear and tire industries

1. Rubber Reinforcing Agent: Silica is first widely used in the field of rubber reinforcing agents. In the production of tires, hoses, belts and other products, the addition of silica can significantly improve the tensile strength, tear strength and wear resistance of rubber. 2. Rubber Processing Aid: Silica is also used as a processing aid to help adjust the viscosity, fluidity and vulcanization process of rubber, making rubber products more uniform and stable. 3. Rubber Insulation Material: In insulating rubber products, the addition of silica helps to improve the electrical and mechanical properties of the product.

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Food additives industry

Food additives industry

1. High safety: Silicon dioxide is widely used in the food industry because it has been proven to be a safe food additive. 2. Good stability: Its chemical properties are stable and it is not easy to react with other substances, ensuring the stability of food. 3. Diverse functionality: Silicon dioxide can play a variety of roles in food, such as anti-caking, thickening, and emulsification. 4. Improved quality: By adding silicon dioxide, the taste, texture, and uniformity of food can be improved, thereby improving the overall quality of food.

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Feed industry

Feed industry

1. As a carrier and diluent: Silicon dioxide, due to its unique physical properties such as good fluidity and stability, is widely used in feed as a carrier and diluent. It can help regulate the active ingredients in the feed and ensure their uniform distribution in the feed. 2. Enhance feed quality: The addition of silicon dioxide can improve the quality of the feed, increase the palatability of the feed, promote animal appetite, and thus increase feed intake. In addition, it can also improve the processing performance of the feed to a certain extent and extend the shelf life of the feed. 3. Promote nutrient absorption: Silicon dioxide helps the absorption and utilization of minerals and vitamins in the animal body. Through synergistic effects with other nutrients, it improves the nutritional value of the feed and promotes animal growth and development.

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Pharmaceutical excipients industry

Pharmaceutical excipients industry

1. Used as an anti-caking agent: Silicon dioxide is widely used in pharmaceutical tablets as an anti-caking agent to prevent drug particles from caking during production and storage, ensuring the fluidity of the drug. 2. Adsorption: Silicon dioxide has strong adsorption properties and can be used to adsorb impurities and residual solvents in drugs, improving the purity of the drug. 3. Auxiliary preparation processing: Silicon dioxide is used as a glidant, lubricant, and carrier in pharmaceutical processing to aid in drug mixing, pressing, and molding.

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