The adhesives & sealants R&D data guide
A guide for R&D and innovation leaders in adhesives, sealants, and construction chemicals on centralizing formulation data and speeding up development.
Adhesives, sealants, and construction-chemicals manufacturers run some of the most formulation-intensive R&D programs in the industry. Cure chemistry is sensitive to small changes, raw-material substitutions are frequent, and product lines often span dozens of chemistries built on shared platforms. Yet at many enterprise manufacturers, the data behind that work still sits across disconnected ELN, LIMS, PLM, and document stores.
The cost shows up in familiar ways: formulators re-deriving experiments that already exist, shelved projects restarting from close to zero, and raw-material changes that have to be tracked by hand through every formulation that uses them.
Why does adhesives and sealants R&D outgrow spreadsheets?
Adhesives and sealants R&D outgrows spreadsheets because a single platform chemistry can underlie dozens of finished products, and fragmented data means every one of those products inherits the same visibility gaps. Raw instrument and test data get flattened into reports instead of staying queryable, and handoffs between R&D, QC, and product lifecycle slow down because each function works in its own tool and format.
A structured, connected record of formulations, sub-recipes, raw materials, and test results is what makes that history searchable, traceable, and usable for DOE and predictive work.
Who this guide is for
This guide is for VPs and directors of R&D and innovation at enterprise adhesives, sealants, and construction-chemicals manufacturers who are evaluating what a structured data layer for formulation work would actually look like.
What's inside
Inside this guide:
- Why adhesives and sealants R&D outgrows spreadsheets and legacy tools
- How institutional knowledge is lost when projects are shelved or formulators move on
- How a single raw-material change cascades through formulations and sub-recipes, and how to trace it
- Why standalone PLM and BOM tools cannot hold a true formulation
- How structured, queryable history supports DOE for cure-chemistry optimization and search across past work
- How manufacturers such as Novatech moved their historical formulation data into one structured system
Keep every formulation, test result, and raw-material decision findable and reusable, whether the next project is a new chemistry or a shelved one coming back. Download the guide.
FAQs
The Adhesives & Sealants R&D Data Guide covers why formulation data in adhesives, sealants, and construction chemicals ends up scattered across ELNs, LIMS, PLM, spreadsheets, and static files, and what a structured data layer for formulation work looks like. It covers knowledge loss on shelved projects, tracing raw-material changes, the limits of parts-based PLM, and how structured history supports DOE and search.
The guide is written for VPs and directors of R&D and innovation at enterprise adhesives, sealants, and construction-chemicals manufacturers who are running into the limits of disconnected data tools and evaluating what a structured data layer for formulation work would involve.
Adhesives and sealants R&D outgrows spreadsheets because cure chemistry is sensitive to small changes, raw-material substitutions are frequent, and one platform chemistry can underlie dozens of finished products. When formulation and test data sit in separate tools, formulators repeat past work, handoffs slow down, and every product built on that platform inherits the same visibility gaps.
When formulations, sub-recipes, and raw materials are connected in one structured data layer, a raw-material change can be traced to every formulation, sub-recipe, and finished product that depends on it, and the relevant people can be notified as part of the change. Without that structure, teams rely on someone manually checking every ELN, spreadsheet, and file where the material might appear.
Parts-based PLM and BOM tools are built for discrete assembly: parts and sub-assemblies with a fixed structure. An adhesive or sealant formulation is a recipe with ratios, sub-recipes that roll up into parent formulations, and a version history that evolves through iteration. Flattening it into a parts list loses the relationships R&D and product lifecycle teams depend on.
See the Platform Behind the Guide
