Chitosan is the only naturally occurring polycation, and its charge density varies depending on two key factors: the degree of acetylation and the pH of the medium.
Derived from chitin, a remarkable biopolymer known for its versatility and biocompatibility, chitin itself is the second most abundant biopolymer in nature, surpassed only by cellulose. It is predominantly found in the exoskeletons of crustaceans and the cell walls of fungi.
Chitosan is produced through the process of partial deacetylation of chitin, transforming it into a more soluble and functional form that enhances its applications across various industries.
1200+ applications in 500+ industries
Due to its status as the sole naturally occurring cationic (positively charged) molecule, chitosan boasts a remarkable versatility across over 1200 distinct applications.
Agriculture and animal nutrition
Protection of plants
Seed coating
Fertiliser coating
Rooting agent
Soil treatment
Fungicide Pesticide
Crop protection
Crop shelf life extension
Water treatment
Floculant
Water retention
Heavy metal binder
Antimicrobial
Membrane forming
Sludge treatment
Reverse osmosis
Food & beverage
Natural preservative & antimicrobial agent
Edible films and coatings
Clarification agent in beverages
Dietary fiber & fat binder in functional foods
Encapsulation & delivery of nutrients or flavors
Sugar reduction & texture enhancer
Allergen-free, vegan-compatible stabilizer
Pharmaceutics / Cosmetics
Controlled drug carrier
Prebiotic Microencapsulation
Weight control
Fat binder
Anti-cancer
Anti-inflammatory
Anti-bacterial & Anti-fungal
Teeth care
Emolient
Ingredient for shampoo, hair sprays,
body lotions