Industries
Chemryt helps chemistry teams move from structure to useful decisions faster. Our applications combine molecular search, spectral prediction, property estimation, QSAR, ADMET, toxicity screening, and domain-specific informatics so researchers can compare compounds before committing laboratory time and material cost.
These tools are useful wherever molecular structure, formulation behavior, safety, compliance, and analytical interpretation shape day-to-day decisions.
Use Chemryt for compound lookup, ADMET and toxicity review, QSAR workflows, pharmacophore analysis, and early screening of drug-like candidates.
Search molecules by CAS, name, SMILES, InChI, structure, and substructure while using prediction tools to shortlist chemicals for synthesis, sourcing, and testing.
Support interpretation and method planning with NMR, UV-Vis, IR, HPLC, and GC prediction tools connected to molecular structure workflows.
Evaluate structure-driven properties, compatibility, safety signals, and regulatory questions earlier in cosmetic, specialty chemical, and material formulation work.
ChemrytSC supports specialty chemical scientists working on additives, resins, flame retardants, process aids, and formulation-driven structure screening.
SC teams can use ChemrytSC to review decomposition behavior, structure-linked stability, formulation matrix effects, off-gas concerns, regulatory context, and analogue options before blend optimization or scale-up.
ChemrytSCI is built for scientists working with surfactants, cleaning ingredients, detergents, home care, personal care, and industrial cleaning formulations.
SCI helps teams evaluate raw materials, formulation behavior, performance fit, stability risks, regulatory considerations, and application-specific requirements before lab trials or scale-up decisions.
Use ChemrytSCI to compare surfactant systems, review ingredient compatibility, diagnose viscosity or phase behavior questions, screen cleaning performance factors, and organize formulation decisions in one technical workflow.
ChemrytWT supports water-treatment scientists working on cooling water, boiler water, RO pretreatment, deposit control, corrosion inhibition, oxidant compatibility, and field dosing decisions.
WT teams can use ChemrytWT to review structure identity, family assignment, speciation, calcium tolerance context, corrosion-support logic, oxidant vulnerability, and application fit before field deployment.
ChemrytMatrixIQ is designed specifically for hair dye and cosmetic formulation informatics. It helps scientists screen dye intermediates, couplers, chromophores, and candidate structures using molecular descriptors, sensitization alerts, toxicity indicators, regulatory checks, and color-oriented analysis.
MatrixIQ is useful for teams comparing dye candidates, reviewing skin sensitization risk, exploring safer alternatives, documenting screening decisions, and reducing trial-and-error during formulation development.
ChemrytFCM supports food contact material scientists working on monomers, additives, coatings, plastics, paper and board, and packaging formulation compliance.
FCM teams can use ChemrytFCM to resolve structure identity, review SML/QM restrictions, model migration, triage NIAS and TTC concerns, compare simulants, and organize DoC-ready evidence before release decisions.
ChemrytAC supports agrochemical discovery and screening workflows for crop protection, formulation, and environmental decision-making.
Agro teams can use ChemrytAC to evaluate candidate structures, compare molecular properties, review safety signals, and organize early decisions before synthesis, sourcing, or biological testing.
ChemrytAC uses cheminformatics descriptors and machine learning models to help prioritize candidate agrochemicals by predicted activity, physicochemical behavior, toxicity alerts, environmental fate, and formulation-relevant properties.
Human safety review is a core part of the workflow, with support for early screening of exposure concerns, acute and chronic toxicity signals, irritation or sensitization risks, and structure-based alerts that may require further experimental or regulatory evaluation.