Level Up Your Polymers with Every Fiber.
JRS wood particles and cellulose fibers for bioplastic composites
Benefits of Bioplastic Composites
Plant-based fibers and particles influence functional, regulatory and optical aspects of the final product.
Improved
Biodegradability
Natural Looks
and Haptics
Bio-based
Optimized Mechanical Properties
Enhancing Heat Resistance
Cellulose - The Biopolymer
We transform plant-based raw materials into highly functional organic additives. With our broad portfolio of natural fibers, we give rise to performance synergies and sustainability improvements.
Bioplastic Composites – Where to Use Them?
- Compostable food packaging
- Cosmetic packaging
- Consumer goods
- Lightweight car interior
- Agricultural materials
- Your ideas!
Downloads
Are you interested in more information? Here you can download our brochures and flyers on this topic.
Thermoplast Leaflet
Product Overview Flyer
Explore Our Versatile Product Portfolio
Our products are as diverse as our areas of application. Get more info about the properties and functionalities of our products.
Have a Look at Our Latest Blog Articles on this Topic:
We cover trending topics and recent developments. Click and find out!
EFC Fibers for Food Contact
More and more compostable materials are being used for packaging and recycling is being increased. With the EFC, we have developed a class of fibers, where most of the extracts are removed, whereas cellulose and lignin remain.
Our Best-Performing Hydrocolloids, Unmatched Potential
A short summary of the most essential properties of our two best performing hydrocolloids, namely microcrystalline cellulose gels and alginates.
Polymer Composites with Renewable Resources
Excellent chemical resistance and durability characterize the polyolefin polypropylene. Its composites are likewise comparably durable and exhibit higher modulus of elasticity and tensile strength than neat pp.
