Is chitosan a high molecular weight cationic polysaccharide?

Chitosan, a high molecular weight cationic polysaccharide, has been reported to enhance the absorption of various compounds across the mucosal barrier. Illum et al. (1994) demonstrated the ability of glutamate chitosan to enhance the transport of insulin across the nasal mucosa of sheep and rat.

How are chitosan products classified?

Your chitosans are classified in different specifications. This enables you a precise selection and products with constant and reproducible properties. The names of our products consist of quality line, product name, degree of deacetylation and viscosity. As example: "Chitoceuticals standard Chitosan 95/1500"

Is chitosan a biopolymer?

Derived from chitin, Chitosan undergoes a natural transformation into a robust biopolymer, boasting environmentally friendly traits and inherent degradability. These specific properties make it a preferred choice across various industries.

Where does chitosan come from?

Generally, chitosan is obtained by the deacetylation of chitin. The chitin for HMC's chitosan comes mainly from Crustacea (Chionoecetes opilio). Other sources (e.g. shrimps, squid, mushrooms or insects) are also possible on request. How to find the right chitosan? Your chitosans are classified in different specifications.

What is chitosan used for?

In agriculture, its role as a biostimulant formulation enhances crop growth and resilience. Additionally, its utilization as a chemical auxiliary and raw material in the food industry ensures safety and quality in production processes. In the realm of medical textiles, Chitosan contributes to advanced materials for various medical applications.

Why is chitosan a preferred choice?

These specific properties make it a preferred choice across various industries. Its adaptable nature serves as a cornerstone for chitosan derivative production, agricultural biostimulant formulations, and as a valuable raw material in the food industry and medical textiles.