Bridging the gap between sustainability and performance

As industries worldwide seek reliable and environmentally conscious solutions, Roquette brings decades of expertise in plant-based chemistry to the forefront.

We partner with manufacturers in polymers and packaging, automotive, CASE (coatings, adhesives, sealants, elastomers), and construction seeking effective, safer alternatives, by offering high-performance, bio-based materials engineered to meet the advancing needs of the industrial and construction markets, while contributing to a more responsible future.

Our ingredients—derived from renewable resources and refined through our biorefinery model—enable the creation of polymers, resins, and additives that reduce environmental impact, improve safety, and support regulatory compliance. They are certified, non-toxic, and designed to help companies meet sustainability goals without compromising on performance.

What sets Roquette apart is not just what we offer, but how we work. We collaborate closely with our customers, co-developing tailored solutions that align with their ambitions. Our approach is grounded in scientific rigor, consistency, and a long-term vision built on trust.

Where our Solutions Make a Difference

Automotive and Optical

Our isosorbide enables the development of advanced materials with various properties: scratch-resistant, UV-stable components for interiors, exteriors, and optical parts.

Automotive and Optical
Packaging

From food containers to cosmetic bottles, our biobased ingredients support recyclable, reusable, and biodegradable polymer designs.

Packaging
C.A.S.E

Our biobased building blocks such as Isosorbide or Succinic acid enable Coatings, adhesives, sealants, and elastomers with improved durability and reduced toxicity.

C.A.S.E
Construction

Modified starches and sodium gluconate enhance dry mixes, concrete admixtures, and plasterboards—bringing biodegradability and consistency to the job site.

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Sports & Leisure

Our biobased raw materials from Starch to Succinic acid are used for materials dedicated to Shoes, toys, and fibers that perform under pressure—while being lighter on the planet.