Level Up Your Coatings with Every Fiber.
JRS hydrocolloids for coating formulations
Bio-based Binder, Rheology Additives
and Fillers for Coatings
Benefits in Coating Formulations
Plant-based additives are not only a bio-based option, but also offer unique solutions: introduce barrier properties, adjust the rheology profile and stabilize your coatings, all while getting closer to your sustainability targets.
Oxygen & Oil Barrier
Bio-based & Plastic-free
Rheology Additive
Anti-sagging
Dispersion Stabilization
Film Formation
Modified Cellulose, Alginate and More
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.
Natural Additives – Where are They Used?
- Novel barrier-coatings in the paper industry
- Performance additive for industrial textile coatings
- Specialty additive in niche applications
Downloads
Are you interested in more information? Here you can download our brochures and flyers on this topic.
Natural Coatings Solutions Brochure
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!
Alginates and Pectins
Given the fact, that alginates and pectins both are plant extracts it may not seem entirely surprising that they offer synergistic effects. How can be exploit those intriguing properties in your technical sectors?
Hydroxypropyl-Methly-Cellulose
Due to its thermoreversible gelling properties, it is attractive to tune ceramic processing as a binder and reducing stickiness to machinery in the kneading process thanks to gelation under the temperature increase.
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.
