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Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol

Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol

Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol The purpose of introducing hydroxyl groups on fullerene
Basic Info.
Model NO. LYPH-Fullerenols
Appearance Black or Brown Powder/Flake
Shelf Life 2 Years
Flash(Ing) Point 94°c
Application Pharm Intermediates
Molecular Formula C60(Oh)N Mh2o
Certificate ISO,SGS,Halal,Kosher
MOQ 1g
CAS Number /
Form Powder
Product Name Fullerenols
Transport Package a/L Bag Inside, Waterproof Bag Outside
Specification 99.9%
Trademark /
Origin China
Production Capacity 80g
Product Description
Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol

Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol

Item nameFullerenols/Fullerenol/Fullerol
MF C60(OH)n· mH2O
Purity(%) 99.9%
ApperanceBlack or brown powder/flake
Other available form Customized dispersion
Related material Fullerene C60
Packaging Double anti-static package
Grade Standard Industrial grade

The purpose of introducing hydroxyl groups on fullerenes is to improve the water solubility of fullerenes, but only when the number of hydroxyl groups reaches 20 or more can it have better water solubility. Fullerol is hardly soluble in acetone and methanol, but soluble in DMF. The chemical properties are similar to those of fullerenes. The 1,3-dipolar cycloaddition reaction can also occur when the number of hydroxyl groups is small

Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol

Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol


Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol


Water Soluble Hydroxyl Fullerene Fullerenols/Fullerenol/Fullerol


Fullerenols can strongly absorb free radicals, inhibit the toxicity of chemical poisons, resist radiation, prevent ultraviolet light damage, protect against heavy metal cell damage, resist cell oxidation,
Anti-bacterial infection, absorption of free radicals can protect cells from various damages. Can be widely used in MRI, anti-
HIV drugs, anti-cancer drugs, chemotherapy drugs, cosmetic additives, scientific research and many other fields.