The short answer
A chemical plant coating must be selected against the actual chemical, concentration, service temperature and exposure duration. Epoxy protective systems are used in many industrial settings, but a general chemical-resistant claim does not establish compatibility for every chemical or immersion duty.
Define the exposure precisely
List all chemicals, cleaning agents, vapours and accidental spills. Distinguish intermittent splashes from continuous immersion and note whether temperatures change during cleaning or operation.
Specify the surface system
Steel structures and concrete floors can need different primers, repairs and finishes. Surface preparation, edges and joints matter as much as the product selection.
Confirm resistance in writing
Request the current resistance guidance and a written recommendation for the exact conditions. Where evidence is incomplete, agree representative testing before final specification.
Explore relevant coating ranges
Related question
Can one epoxy coating resist all acids and solvents?
No single broad product description establishes resistance to all chemicals. Compatibility depends on chemical identity, concentration, temperature, exposure and the fully cured coating system.
This guide supports an initial discussion. Confirm project-specific product suitability using current manufacturer technical data and the actual service conditions.