Inorganic Reagents

Select reagents based on chemical compatibility, required purity grade (technical, reagent, or ACS), concentration/form (solid, powder, solution), and the specific reaction conditions (temperature, pH, solvents). Check material safety data and regulatory requirements for your application

Purity levels commonly range from technical to reagent/ACS grade; higher purity reduces impurities that can affect yields, catalysis, or analyses. Use higher purity for analytical, semiconductor, or pharmaceutical processes and lower grades for bulk industrial uses where trace impurities are acceptable

Store reagents in labeled, compatible containers away from heat, moisture, and direct sunlight; segregate oxidizers, acids, bases, and flammables; follow the supplier’s storage temperature and humidity instructions and keep safety data sheets accessible

Use appropriate personal protective equipment (gloves, goggles, lab coat), work in a ventilated area or fume hood for volatile or dusty materials, avoid mixing incompatible chemicals, and have spill-response supplies and emergency procedures in place

Industrial inorganic reagents vary widely; many small-quantity or specialty reagents fall in the tens to low hundreds of dollars, while bulk industrial chemicals can be cheaper per unit. Expect average per-item prices near the low hundreds depending on brand and purity

Yes—strong acids, bases, and halogen-containing reagents can corrode metals and certain plastics; use compatible materials like glass, PTFE, HDPE, or specific alloys, and consult chemical compatibility charts for long-term storage and process equipment

Request the Safety Data Sheet (SDS), certificate of analysis (CoA) or purity spec, storage and handling instructions, and any transport or regulatory classification information relevant to your jurisdiction