Nanofibrillation
Prepare bacterial-cellulose nanofibres for pellet coating through the ACC aqueous process.

Bacterial nanocellulose defibrillation, plastic-pellet coating and forming processes for structural reinforcement and circular use of recycled plastics.
Inno-Co Plas uses an aqueous counter-collision process to disperse bacterial cellulose into nanofibres before coating the surface of plastic pellets. During forming, the coated pellets allow the nanofibres to create a reinforcing network inside the material.
Performance is closely related to resin grade, recycling history, coating level, compounding and injection-moulding conditions. Data must be evaluated against the specific sample and test method.
Prepare bacterial-cellulose nanofibres for pellet coating through the ACC aqueous process.
Create a fibre covering on plastic-pellet surfaces as the material interface for later compounding and forming.
Evaluate impact, thermal and repeated-recycling performance against the resin, compounding and injection-moulding conditions.


Verify impact, forming and batch stability for recycled PP and related materials.
Evaluate mechanical and thermal properties and the process window against structural-part requirements.
Conduct targeted verification for flame retardancy, weather resistance, dimensional stability and regulatory requirements.
Product pages present material structure, application data and suggested verification items. Refer to the latest product resources for current specifications.
Please provide the target product format, base system and key evaluation criteria so that we can discuss the appropriate product resources.