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Home > Cosmetic Ingredient > Antiplaque (Find 48 items)

Cosmetic Ingredient

Antiplaque

Combat plaque buildup and maintain oral hygiene with potent antiplaque solutions. Check all the chemical products you need for antiplaque with CAS NO., property information, SDS. Shop antiplaque raw chemical materials from certified suppliers with detailed product information to support dental health.

Water

(7732-18-5)
Water, with its remarkable ability to dissolve and combine various substances, serves as a central element in complex networks of chemical reactions. Its ability to dissolve a wide range of compounds not only showcases its versatility but also serves as the foundation for many chemical processes. In the hallowed halls of scientific laboratories, researchers are dedicated to exploring the complex interactions between water and other chemical substances in order to unveil the secrets of these reaction mechanisms. This exploration is of epoch-making significance, not only profoundly influencing scientific inquiry but also having a far-reaching impact on industrial applications, propelling human civilization forward. In the vast agricultural realm, water plays a pivotal role as well. It is the lifeblood of the earth, nourishing both plants and animals. As a medium for plants to absorb the nutrients they need for growth, water plays a fundamental role in the agricultural ecosystem. Moreover, water is the solvent for many agricultural chemicals, such as fertilizers and pesticides, which play a crucial role in pest control and crop yield enhancement. Therefore, the rational and efficient utilization of water resources is not only a practical matter in agriculture but also a science, with the potential to enhance the quantity and quality of agricultural products, thereby ensuring the global food supply and maintaining stability in the agricultural sector. Water plays multiple roles on Earth, serving as the foundation for the nourishment and development of life. It is the source of life, a precious resource of immeasurable value far beyond gold, and we must cherish it above all else. We bear both ethical and ecological responsibilities and must use and protect this precious resource in a rational and sustainable manner. Only by doing so can we ensure that our common home, the blue planet, continues to be a source of life and vitality, nurturing diverse ecosystems and species and thriving in the future.

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Zinc sulfate

(7733-02-0)
Microbiocide, herbicide, rayon manufacture, dietary supplement, animal feeds, mordant, wood preservative, analytical reagent. Used as printing and dyeing mordant, wood preservative, papermaking bleaching agent, also used in medicine, man-made fibers, electrolysis, electroplating, pesticides and production of zinc salts, etc.

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Zinc sulfate heptahydrate

(7446-20-0)
Used to supply zinc in animal feeds, fertilizers, and agricultural sprays.

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Zinc sulfate monohydrate

(7446-19-7)
It is the raw material for the manufacture of zinc salt and lithopone. Electrolytic industry is used for cable galvanizing and electrolytic pure zinc. It is also used to prevent diseases in fruit tree nurseries, wood and leather preservatives, and man-made fiber industries. Food grade is used as a nutritional supplement (zinc fortifier). Used in the manufacture of man-made fibers, pesticides, dyes, electroplating and other zinc salts. It is the raw material for the manufacture of zinc salts and

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Epitalon

(307297-39-8)
Epitalon is an anti-aging agent and a telomerase activator. Epitalon has an inhibitory effect of the on the development of spontaneous tumors in mice, has geroprotective actions and intranasal administration increases neuronal activity. Epitalon can be used for cancer, old age and Retinitis Pigmentosa[1].

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Aluminum fluoride

(7784-18-1)
Aluminium fluoride (AlF3) is an inorganic compound used primarily in the production of aluminium. This colorless solid can be prepared synthetically but also occurs in nature.

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Calcium dihydrogen phosphate

(7758-23-8)
Chiefly in fertilizers; as acidulant in baking powders and in wheat flours; mineral supplement for foods and feeds; in enameling.

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Calcium fluoride

(7789-75-5)
Fluorspar is the main primary source of fluorine and its Compounds.In ferrous metallurgy it is used as a flux to increase the fluidity of the slag.The steel industry is the largest consumer; the chemical industry, second and glass and ceramics, third.Synthetic fluorspar is used in the optical industry (transmits u.v. rays), and pure calcium fluoride is used as catalyst in dehydration and dehydrogenations.Used to fluoridate drinking water.

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Potassium fluoride

(7789-23-3)
1. A versatile fluoride ion source used in a study of ion-specific swelling and de-swelling of ampholytic polymer gels,3 in the room temperature oxidation of noble metals in HF,4 and in the measurement of electronic polarizabilities of ions in polymers of alkali halides.5
2. Used as a complexing agent; fluorination of organic compounds.

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Ammonium fluoride

(12125-01-8)
Ammonium fluoride is the inorganic compound with the formula NH4F. It crystallizes as small colourless prisms, having a sharp saline taste, and is exceedingly soluble in water.

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Antiplaque agents refer to substances aiding in the prevention and removal of teeth plaque. According to their mode of action, these agents can be categorized into mechanical agents, such as abrasive particles that physically scrub away plaque; chemical agents, like fluoride and antimicrobial agents that inhibit plaque formation and kill bacteria; and enzymatic agents, which break down the proteins in plaque biofilm. According to their composition, antiplaque agents can be divided into benzalkonium chloride (cationic antimicrobial agents), triclosan (non-ionic antimicrobial agents), and stannous fluoride. "Antiplaque" on ECHEMl mainly supplies raw materials for antiplaque toothpaste.

More Information

Dental plaque is a soft, non-mineralized bacterial deposit (bacterial biofilm), akin to a "community" of various bacteria firmly residing on tooth surfaces and in the interdental spaces. It primarily poses harm to teeth and gums, being the leading cause of two common oral diseases—cavities and periodontal disease.

Cavities, colloquially known as "tooth decay" or "cavities," derive their name from the "bugs" found in dental plaque. Firmly adhering to tooth surfaces, plaque bacteria consume sugars from saliva and food debris, producing acids that erode tooth enamel, eventually leading to cavity formation.

Common causes of dental plaque:

•Abnormal tooth positioning or crowding

•Food impaction

•Calculus (tartar)

Frequently Asked Questions

What are antiplaque agents and how do they work?

Antiplaque agents are chemical or natural substances used in oral care products to inhibit the formation and accumulation of dental plaque—a sticky biofilm of bacteria on teeth. They work by disrupting bacterial adhesion, reducing microbial growth, or interfering with plaque matrix formation. Common antiplaque ingredients include chlorhexidine, triclosan, essential oils, and zinc compounds. Regular use of products containing these agents helps prevent gingivitis, tooth decay, and other oral health issues.

Which ingredients are most effective in antiplaque toothpaste or mouthwash?

The most clinically proven antiplaque ingredients include chlorhexidine gluconate (often used in prescription rinses), cetylpyridinium chloride (CPC), triclosan (in combination with copolymer), and essential oils like thymol, eucalyptol, and menthol. Zinc citrate and stannous fluoride also demonstrate strong antiplaque and antibacterial properties. When choosing an antiplaque product, look for formulations backed by clinical studies and approved by dental associations such as the ADA (American Dental Association).

Are antiplaque products safe for daily use?

Most over-the-counter antiplaque toothpastes and mouthwashes are safe for daily use when used as directed. However, some potent agents like chlorhexidine should only be used short-term under dental supervision due to potential side effects such as tooth staining or altered taste. Always check product labels for usage instructions and consult a dentist if you have sensitive teeth, gum disease, or are using the product long-term. Products with stannous fluoride or essential oils generally offer effective plaque control with minimal side effects for everyday use.

How do antiplaque mouthwashes differ from regular mouthwashes?

Regular mouthwashes primarily freshen breath and may offer mild antibacterial effects, while antiplaque mouthwashes are specifically formulated to reduce plaque buildup and gingivitis. Antiplaque rinses contain active ingredients—such as chlorhexidine, CPC, or essential oils—that target oral bacteria responsible for plaque formation. These therapeutic mouthwashes often carry the ADA Seal of Acceptance and are clinically tested to demonstrate measurable reductions in plaque and gum inflammation compared to cosmetic rinses.

Can natural or herbal products effectively fight plaque?

Some natural or herbal oral care products—containing ingredients like tea tree oil, neem, green tea extract, or propolis—show promising antiplaque and antimicrobial activity in preliminary studies. However, their efficacy is generally less consistent and less extensively validated than synthetic agents like chlorhexidine or stannous fluoride. For reliable plaque control, especially in individuals with gingivitis or high caries risk, dentists typically recommend evidence-based antiplaque formulations. Natural options may serve as complementary aids but should not replace clinically proven treatments without professional advice.

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