Laboratory Containers

High-quality laboratory containers are manufactured from chemically resistant materials designed to withstand acids, bases, solvents, and other laboratory reagents. Always verify chemical compatibility with the manufacturer’s specifications before use.

Some laboratory containers made from polypropylene (PP) or borosilicate glass can be autoclaved, while HDPE containers typically cannot. Always check the manufacturer’s specifications for autoclave compatibility and temperature limits before sterilization.

Many laboratory containers are available in sterile versions or can be autoclaved. Glass and certain plastic containers (PP, PTFE) can withstand autoclaving, while others are designed for single use only.

Yes, when made from compatible materials, laboratory containers are suitable for hazardous chemical storage. They should include secure, leak-proof caps, clear hazard labeling, and be used with secondary containment for added safety and regulatory compliance.

Choose laboratory containers based on chemical compatibility, volume requirements, material strength, temperature resistance, closure type, and intended use. Containers should be durable, leak-proof, and appropriate for the stored substance.

Clean laboratory containers according to manufacturer guidelines using compatible cleaning agents. Rinse thoroughly, inspect for damage, and allow to dry completely before reuse. Replace containers showing signs of chemical attack or wear.