A Chemistry-Native AI Workbench Across Chemistry & Materials R&D
REACTOR is built for the full breadth of chemical and materials science research. The same chemistry-native reasoning, source traceability, and Research Space architecture supports every team, regardless of domain.
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REACTOR works the same way across every chemistry domain.
Chemistry and materials R&D moves through familiar phases regardless of industry: discovering the relevant literature, analyzing it alongside your own data, capturing the reasoning so it stays usable, and reusing that knowledge as the project evolves.
What changes is the chemistry. A polymer scientist working on biodegradable alternatives is asking different questions than a battery chemist optimizing electrolyte additives, but both need the same thing: a reasoning layer that understands the chemistry, not just the words.
REACTOR provides that reasoning layer across every industry. Each industry page below documents the specific sub-areas, workflows, and personas REACTOR supports in that domain.
Fourteen Industries. One Chemistry-Native Workbench.
Each industry page documents the specific chemistry sub-areas, workflow patterns, and personas REACTOR supports in that domain.
AI for Polymers
REACTOR is used by polymer researchers across synthesis, formulation, composites, conductive systems, and recycling chemistry
Explore →AI for Specialty Chemicals
REACTOR is used by specialty chemicals teams working on functional surfactants, performance additives, reactive intermediates, custom synthesis, and high-performance formulations
Explore →AI for Coatings & Adhesives
REACTOR is used by coatings, paint, and adhesive researchers across resin chemistry, cure systems, surface science, waterborne formulations, and structural adhesives
Explore →AI for Cosmetics & Personal Care
REACTOR is used by cosmetics and personal care chemists across skin chemistry, actives delivery, surfactants and emulsions, hair care, color cosmetics, sun care, and sustainable formulation
Explore →AI for Agrochemicals
REACTOR is used by agrochemical scientists across crop protection chemistry, biopesticide development, formulation science, fertilizers, seed treatments, and soil chemistry
Explore →AI for Food Science
REACTOR is used by food scientists across flavor and aroma chemistry, food matrix work, preservation chemistry, alternative proteins, packaging chemistry, and functional ingredients
Explore →AI for Batteries & Energy Materials
REACTOR is used by battery and energy materials scientists across electrode chemistry, electrolyte systems, solid-state development, beyond-lithium chemistries, separators, and battery recycling
Explore →AI for Catalysis
REACTOR is used by catalysis researchers across heterogeneous, homogeneous, biocatalytic, photocatalytic, and electrocatalytic systems
Explore →AI for Electrochemistry
REACTOR is used by electrochemists across energy storage, electrocatalysis, corrosion, electroplating, electrochemical sensors, and industrial electrochemistry
Explore →AI for Materials Science
REACTOR is used by materials scientists across advanced materials, composites, ceramics, metals and alloys, nanomaterials, and surface chemistry
Explore →AI for Green Chemistry
REACTOR is used by green chemistry and sustainability scientists across sustainable synthesis, bio-based feedstocks, atom economy, green solvents, life cycle assessment, and waste valorization
Explore →AI for Industrial Chemistry
REACTOR is used by industrial chemists across process chemistry, continuous manufacturing, industrial catalysis, petrochemicals, bulk and commodity chemistry, and process safety
Explore →AI for Marine Chemistry
REACTOR is used by marine and blue ocean chemistry scientists across desalination, marine coatings and antifouling, aquaculture chemistry, ocean filtration, marine sensors, and marine bioactives
Explore →AI for Biotech
REACTOR is used by biotech teams working on the chemistry side of the field — fermentation process chemistry, bioprocess optimization, bio-based materials, biocatalysis, and bioactive formulation
Explore →The Core REACTOR Capabilities, Across Every Industry
The chemistry changes from one industry to another. The REACTOR architecture does not.
Chemistry-Native Reasoning
Understands the chemistry, not just the words. Built by scientists, designed for real R&D workflows rather than generic chat.
Source Traceability
Every grounded claim references its source. Click through to the paper, figure, data point, or your own file in a single step.
Research Spaces
Organized workspaces hold sources, threads, and reusable insights. Reasoning compounds across projects instead of disappearing between sessions.
Connected Data Sources
Peer-reviewed literature, patent analysis, chemistry data sources like PubChem, and live web research for suppliers and current industry information.
500+
Researchers using REACTOR across chemistry and materials science
Source-traceable
Extracted claims reference papers, figures, and data; synthesized inferences flag supporting citations
Multi-source
Connected to peer-reviewed literature and chemistry data sources like PubChem
By scientists
Founded by a physical chemist, an AI/ML PhD, and a CS/Math PhD
Pick Your Chemistry. Try REACTOR Free.
Open a Research Space, bring in a paper, patent, or one of your own protocols, and see how REACTOR reasons across the chemistry in your own work.
REACTOR supports R&D reasoning and information work. It is not a substitute for institutional safety review. Always consult qualified safety officers and validated SOPs before lab work involving hazardous chemistry.