Cosmetics & Personal Care
Evaluated as a fungal-origin, film-forming and conditioning polymer for skin-care, hair-care and personal-care formulations.
Learn moreHigh-DDA, Acid-Soluble Chitosan Powder from Mushroom Biomass
Native Mushroom Chitosan is a high-purity, natural biopolymer made from cultivated edible mushroom biomass, offering excellent film-forming, antimicrobial, and moisture-retaining properties. With a degree of deacetylation of approximately 98%, it is fully biodegradable, non-toxic, vegan, and shellfish-free - safe for use in cosmetics, pharmaceuticals, food, and industrial products.
| Property | Value | Test method | Note |
|---|---|---|---|
| Degree of Deacetylation | ≥98% (Result: 98.07%) | Refer to current COA | Batch-specific COA result |
| pH | 7–8 (Result: 8) | Refer to current COA | Batch-specific COA result |
| Viscosity | 20 mPa·s | Refer to current COA | Refer Batch-specific specification |
| Loss on Drying | ≤8% (Result: 7.91%) | Refer to current COA | Complies |
| Total Ash | ≤2% (Result: 0.45%) | Refer to current COA | Complies |
| Item | Detail |
|---|---|
| Available Quantities | 25 g laboratory sample, 1 kg standard pack and bulk quantities |
| Bulk Packaging | Packaging configuration is confirmed according to order quantity and customer requirements |
| Appearance | White to light-yellow powder |
| Quality Standard | Microbiological quality tested against Ph. Eur. Category 3A criteria, as stated on the supplied COA |
| Heavy-Metal Control | Arsenic, lead, cadmium, mercury and total heavy metals comply with the limits stated on the supplied COA |
| Quantity | Price / quote | Packaging | Shipping |
|---|---|---|---|
| 25 g Sample | $39 flat sample price | 25 g sealed sample pack | Free shipping included |
| 1 kg Standard Order | $39/kg FOB ($105 USA total) | 1 kg sealed pack | USA total includes 15% tariff and $60 FedEx shipping |
| Commercial / Bulk Order | Request a custom quote | Bulk packaging based on order quantity | Freight, tariff and delivery terms are calculated according to quantity and destination |
Native Mushroom Chitosan is a fungal-origin form of chitosan developed for formulators, researchers, and manufacturers seeking an alternative to conventional crustacean-derived material. It is the unmodified base polymer: chitin from fungal cell walls converted to chitosan, with no further chemical alteration – which is exactly what “native” means on this label.
That distinction matters because a large share of commercial chitosan products are not native at all. They are derivatives, chemically reacted to change solubility, charge, or reactivity for specific downstream uses. What you receive here is the polymer as deacetylation left it, documented batch by batch, ready for direct use or as a clean starting point for your own modification work.
The practical difference is the origin. Because the raw material is cultivated mushroom biomass rather than shrimp or crab shells, this product contains no crustacean input: no shellfish allergen risk, and vegan, kosher, and halal formulation compatibility that shellfish-derived chitosan cannot offer regardless of its purity level. For brands making allergen-conscious or clean-label claims, that is a label-claim advantage, not just a sourcing preference.
The second difference is consistency. Cultivation runs on a controlled schedule rather than a seasonal harvest, so raw-material inputs stay predictable across the year. That predictability carries through to finished polymer: more stable deacetylation values, more stable molecular weight, and fewer surprises between the batch you validate today and the batch you receive next quarter. For teams running stability studies or preparing regulatory submissions, that is the property that saves re-validation cycles.
Like all native chitosan, this grade is acid-soluble rather than directly water-soluble. If your system requires direct neutral-water solubility, evaluate Mushroom Chitosan Hydrochloride or Mushroom Chitosan Oligosaccharide instead – the chemistry behind that choice is explained in our native chitosan guide.
Performance follows the polymer’s structure, and native mushroom chitosan carries the characteristic behaviors formulators select chitosan for:
How strongly each property shows up in your system depends on degree of deacetylation, molecular weight, pH, concentration, and the rest of your formulation – which is why we recommend evaluating a laboratory sample under your real process conditions before committing to volume. Peer-reviewed background on the chemistry: Chitosan: Sources, Processing and Modification Techniques (PMC9322947).
This grade is evaluated across eight industries, each with its own requirement profile:
The complete industry map, including biomedical engineering and sustainable packaging: applications of mushroom chitosan. Comparing sources before committing? See mushroom chitosan vs shellfish chitosan and mushroom chitosan vs black soldier fly chitosan.
This product is manufactured directly – from cultivated mushroom biomass under controlled, documented conditions – not repackaged from third-party stock. That changes what you can expect from every batch: a batch-specific Certificate of Analysis with results for deacetylation, viscosity, and purity; traceability from each batch back to its production run; and a technical team that can answer real process questions rather than forwarding them upstream.
Custom specifications are supported too. If your formulation needs a molecular-weight or DDA range outside our standard offering, our team can discuss custom production runs for defined requirements. Support runs from a first 25 g laboratory sample through pilot testing and recurring bulk supply – the same material, the same documentation, at every scale. How the production process works: mushroom chitosan manufacturer. Sourcing and qualification criteria: mushroom chitosan supplier. For the full science behind the material, start with the native mushroom chitosan technical guide.
Ready to evaluate it in your own formulation? Request the 25 g sample from the Pricing and Ordering box on this page, or contact our technical team with your application, quantity, and documentation requirements.
Evaluated as a fungal-origin, film-forming and conditioning polymer for skin-care, hair-care and personal-care formulations.
Learn moreSuitable for research involving seed treatments, foliar formulations, coatings, plant-defense systems and biostimulant development.
Learn moreInvestigated for edible coatings, preservation systems, packaging films and other food-technology applications, subject to grade and regulatory review.
Learn moreEvaluated in research involving drug-delivery systems, hydrogels, polymeric particles, films, coatings and mucoadhesive materials.
Learn moreIts polymeric and film-forming characteristics make it relevant to biodegradable films, packaging materials and functional composites.
Learn moreIts cationic behavior under acidic conditions may be evaluated for interactions with negatively charged particles in treatment systems.
Learn moreFor professional formulation, research and industrial evaluation. Native Mushroom Chitosan is generally dispersed or dissolved under suitable dilute acidic conditions. The required concentration, acid type, pH and processing method should be established through application-specific testing. Test on a laboratory scale before commercial production.
Keep the package tightly closed and store in a cool, dry place away from moisture and incompatible materials. Minimize airborne dust during handling. Follow the current SDS and applicable workplace procedures.
Native Mushroom Chitosan, Batch FQ0250811. Mushroom-derived white to light-yellow powder with a degree of deacetylation of 98.07%, pH 8, viscosity of 20 mPa·s, 100% passing an 80-mesh sieve, loss on drying of 7.91%, and total ash of 0.45%. Heavy-metal and microbiological results comply with the specifications stated in the batch Certificate of Analysis.
Document pending. Please contact us if you need this document before ordering.
Learn about the origin, chemistry, processing behavior and selection considerations of native mushroom-derived chitosan.
Compare fungal- and crustacean-derived chitosan by origin, specifications, processing requirements and intended application.
Explore how mushroom-derived chitosan is studied across formulation, agriculture, coatings, packaging and advanced material systems.
Pellis et al. (2022). Reviews chitosan sources, extraction, deacetylation, modification techniques and the influence of molecular weight and DDA on material performance.
Huq et al. (2022). Reviews fungal sources of chitosan, production methods and potential commercial applications as an alternative to crustacean-derived material.
Native Mushroom Chitosan is chitosan produced from fungal chitin rather than conventional shrimp or crab shell chitin. It retains the native chitosan polymer form and is generally acid-soluble.
The current product specification targets approximately 98% degree of deacetylation. Confirm exact batch specifications using the relevant COA.
Native chitosan is generally acid-soluble rather than directly soluble in neutral water.
If water solubility is essential to your formulation, a derivative such as Mushroom Chitosan Hydrochloride may be more appropriate.
Mushroom chitosan is a type of fungal chitosan because mushrooms belong to the fungal kingdom.
Chitosan is investigated or used across cosmetics, food technology, pharmaceutical research, agriculture, films, coatings, packaging, and other polymer applications.
Their major distinction is biological source. Performance should be compared using actual specifications such as DDA, molecular weight, viscosity, purity, and formulation requirements.
Yes. Laboratory evaluation is recommended when you need to confirm performance in a specific formulation before moving to larger quantities.