The problem: reaction conditions buried in notes
When reactor conditions live in free-text notes, it's hard to connect them to finished properties or decide what to try next.
Reactor charges, catalyst levels and temperatures are written in notes. When the compound's melt flow or impact strength comes back, nobody can easily plot it against the conditions that made the resin.
What this demo shows
- Record PP random copolymer R-214 with its reactor charge as structured fields: Ziegler-Natta catalyst, triethylaluminum, propylene and ethylene.
- Follow the path from reactor to finished compound.
- Plot what drives a property and trace it back.
- Ask Bodie which experiments to run next.
Why it matters
Polymer properties are set in the reactor. Recording conditions as structured data lets the team see which ones drive finished properties.
Linking resin to compound and test results means any property can be traced to the chemistry behind it, and Bodie can use that history to suggest the next experiments.
See it with your own data
This video is part of Formulation. To see how it would work with your own formulations and records, request a demo. Our team replies within 30 minutes during business hours.
Read the transcript
Uncountable is one platform for R&D, quality, and product life cycle work. For a synthesis group, it starts at the reactor. Reaction conditions are captured as structured data, each in its own field rather than buried in a note. Resin properties sit on the experiment that made it. Application properties sit on the compound that uses that resin, linked back to the experiment that made it.
Which means the link between a reactor condition and a finished property is something you can plot, not something you infer months later. So, when a property moves, you trace it back to the chemistry behind it through linked records rather than across separate systems. Then, describe the target to Bodie, the platform's AI assistant.
It suggests the next experiments with constraints drawn from what this project already knows. From the reactor to the property on one connected platform.
