news 中文 日本語 order online about ▼ industries ▼ products ▼ sustainability ▼ services ▼ investors contact us core and molecular technologies natural extracts & biofunctionals functional nutrition polysaccharides acetylenics polyesters polyethers monomers functional molecules Home > About > Ashland innovation and technology > core and molecular technologies core and molecular technologies Ashland is able to support a broad range of products and applications because of our solid expertise in polymer science. With deep understanding of polymer design and assembly, Ashland produces a wide variety of homopolymers, copolymers, graft copolymers and crosslinked copolymers on platforms constructed from both synthetic and natural building blocks. From our broad base of materials and capabilities, Ashland quickly adapts to new market trends as consumer preferences and needs change. In addition, as scientific fields progress, Ashland is well positioned to be a critical partner to new and emerging application fields, especially where new polymer functionalities are required. No other specialty materials company possesses such a broad range of knowledge, experience and capabilities. Ashland's core technologies range from polysaccharides (e.g. cellulosics, cassia, guar), acetylenics (e.g. polyvinyl pyrrolidone (PVP)), polyethers (aquaflow™) and vinyl ethers (gantrez™) to biofunctionals and functional nutrients. A truly unique environment for exciting discoveries and developments. back to research & development home page> related links Ashland innovations efficacy usability allure integrity profitability about industries products sustainability services investors contact us general sales terms and conditions global code of conduct privacy sds search suppliers and vendors terms of use transparency in supply chain disclosure efficacy usability allure integrity profitability ©2021, Ashland. All rights reserved. We use cookies to personalize and enhance your experience on our site, aid in navigation, analyze the use of our products and services, assist with our marketing efforts, and provide content from third parties. By clicking the "accept" button, you are consenting to receive and store cookies from our site. If you do not accept the deployment of cookies, some of the functionality of our website will be lost. Once accepted, you can delete the cookies at any time from your browser. To request any information collected via cookies to be deleted, follow the instructions in our use of cookies, on our Privacy Policy. accept