Polyhydroxy C60

Polyhydroxy C60Product Name Name: a>Polyhydroxy C60 Product Overview Hydroxylated fullerenes are an important derivative of fullerenes, which are mainly prepared by introducing hydroxyl (OH) groups to fullerenes. Hydroxylated fullerenes, also known as fullerols, can be expressed as C2n(OH)x, where n represents the number of carbon atoms (such as C60 fullerenes) and x represents the number of hydroxyl groups. The introduction of hydroxyl makes fullerene molecules

Product Name

Name:a>Polyhydroxy C60

^{Product Overview}

Hydroxylated fullerenes are an important derivative of fullerenes, which are mainly prepared by introducing hydroxyl (OH) groups to fullerenes. Hydroxylated fullerenes, also known as fullerols, can be expressed as C2n(OH)x, where n represents the number of carbon atoms (such as C60 fullerenes) and x represents the number of hydroxyl groups. The introduction of hydroxyl makes fullerene molecules more water-soluble and biocompatible, thus expanding its application in medicine, cosmetics and other fields. The common preparation method of hydroxylated fullerenes is to react with oxidizing agents such as hydrogen peroxide under the catalysis of dilute sodium hydroxide solution to increase the number of hydroxyl groups. This method can control the amount of hydroxyl group introduced by adjusting the reaction conditions.

^{Technical Parameter}

Hydroxyl quantity:8-28

Preparation method: combustion method preparation/arc preparation.

^{Product Features}

Water solubility: The more hydroxyl groups, the better the water solubility.

Biocompatibility: Due to the introduction of hydroxyl groups, hydroxylated fullerenes have better compatibility in organisms and can reduce toxic effects on cells.

Antioxidant properties: Hydroxylated fullerenes inherit the antioxidant properties of fullerenes, which can remove free radicals and protect cells from oxidative damage.

Stability: Hydroxylated fullerenes show good stability under the conditions of light and temperature, which is conducive to its application in various environments.

Application Fields

Pharmaceutical field: Hydroxylated fullerenes can be used as drug carriers to wrap drug molecules inside molecules or adsorb on molecular surfaces to improve drug stability and targeting. At the same time, its antioxidant properties can also be used to treat diseases related to oxidative stress.

Cosmetics: Due to its good antioxidant and biocompatibility, hydroxylated fullerenes are widely used in cosmetics as antioxidants, sunscreen and other ingredients. It can protect skin cells from damage caused by external factors such as ultraviolet light and delay the aging process.

Other fields: Hydroxylated fullerenes can also be used in catalysis, adsorption, electronic devices and other fields of research and application. For example, its unique cage-like structure can be used as a carrier of the catalyst or a skeleton of the adsorbent, improving catalytic efficiency and adsorption performance.

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