With over a century of scientific expertise, CAS SciFinder® is the go-to platform for chemistry R&D teams who need to move fast and make decisions confidently. From substance identification to synthesis planning and reference searches, CAS SciFinder delivers curated, connected insights that help you reduce risk, avoid rework, and accelerate innovation.
In today’s fast-paced research environment, chemists can’t afford to risk their next breakthrough by relying on disconnected systems or incomplete data. Whether you’re developing new materials, optimizing a synthesis route, or scaling up production, every decision depends on fast access to trusted chemical knowledge.
CAS SciFinder integrates substance, reaction, and reference data into a single platform, curated by scientists and updated daily.
Without a trusted chemical substance database, your research can be incomplete or unimpactful. Eliminate doubt with expert verified information you can trust.
"CAS SciFinder is my preferred research solution because it significantly speeds up the search for specific molecular structures. It is incredibly handy in patent investigations and in finding chemical suppliers, making my research process more efficient and effective."
CAS SciFinder provides access to the world’s largest collection of reaction data. View evidence and evaluate alternatives in real time to maximize creativity when designing synthesis plans.
Our chemical supplier database includes up-to-date and accurate material listings, product availability, and supplier comparability information and more so you can procure the chemicals you need quickly.
CAS SciFinder is trusted by R&D teams in:
Challenge: A small chemical company needed a comprehensive solution to accelerate the development and regulatory process of developing new polymers.
Solution: The scientist at this organization used CAS SciFinder to assess the IP landscape, devise a synthetic plan, find commercially available chemicals, and more. This allowed the company to design, prepare, and characterize a series of novel building blocks to synthesize their new polymers.
