About Wheaton
Wheaton manufactures laboratory storage and sample handling products designed for pharmaceutical, biotechnology, research, and analytical laboratory applications. Its product portfolio includes glass bottles, vials, containers, closures, and laboratory accessories.
Wheaton laboratory containers are engineered to provide chemical resistance, sample integrity, and dependable storage performance. Precision manufacturing helps ensure dimensional consistency and compatibility with laboratory workflows.
The brand's laboratory solutions are designed to support research accuracy while reducing contamination risks and handling errors. High-quality materials help ensure long-term reliability.
Whether you need laboratory bottles, vials, or sample storage products, ChatMRO helps businesses source the right Wheaton products quickly and efficiently. Our team supports RFQ submissions, bulk purchasing requirements, and hard-to-find laboratory supplies sourcing.
Product categories
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Vacuum Cleaner Bags and Filters
Conduit Body Covers and Gaskets
Plasma Cutting Accessories
Laboratory Storage
Dishes and Petri Dishes
Pipettes
Flasks
Centrifuge Tubes and Accessories
HomogenizersCarboys and Jerricans
Laboratory Mixer Accessories
Incubators
Bottles and Jars
Bottle Caps
Drain Covers and SealsLaboratory Clamps and Supports
Test and Culture Tubes
Pipette Accessories
Bottle Top Dispensers
Closures
Carrying Cases
Incubator AccessoriesPipetters
Microbiology and Staining SuppliesCryogenic Supplies
Dippers
Laboratory Storage and Transfer Containers
Chromatography Syringes
Tubing
Flask Stabilizer Rings
Air Scarifier Accessories
Vial Top Crimpers and Decrimpers
Vials
Thermometer Accessories
Lab Condensers
Frequently asked questions
Why is Wheaton laboratory glassware widely used in pharmaceutical and research applications?
Wheaton products are known for precision manufacturing, chemical resistance, and suitability for critical laboratory environments.
What are the advantages of borosilicate glass containers?
Borosilicate glass provides excellent chemical resistance, thermal stability, and reduced contamination risk.
How should laboratory containers be selected for sample storage?
Sample type, chemical compatibility, sterility requirements, storage conditions, and regulatory considerations should all be evaluated.