Laboratory chemistry relies heavily on glassware to mix, separate, condense, or otherwise contain and manipulate chemicals and their environment to create the wanted reaction conditions. From ampules to volumetric flasks and complete distillation systems, we have the Aldrich® chemistry glassware that fits your analytical needs. Visit our glassware store to find everything you need.    


General Laboratory Glassware

Whether your needs are brand-related (Pyrex, Corning) or application-related (distillation glassware), you can be assured we offer the highest-quality glassware.

Browse through our portfolio for the wide selection of glassware available in different dimensions and capacities.

  • Borosilicate glass beakers (graduated and ungraduated) with a pour spout, standard uniform walls and flat bottom are perfect for your routine lab work. 
  • Aldrich® essentials graduated cylinders are manufactured using clear borosilicate glass with a safe hexagonal base that prevents the cylinder from rolling off a bench. 
  • Neutral glass desiccators with heavy walls, ground flange, perforated bottom porcelain plate, and lid, are best suited for your basic lab applications. 
  • Borosilicate glass dishes with spouts (optional) for easy dispensing of liquids can be used as crystalizing dishes. In addition, we offer clear, soda-lime glass Petri dishes (bottom and top matched) that are reusable and autoclavable. 
  • We supply different types of borosilicate glass flasks, that are available in wide-ranging capacities: Erlenmeyer flask, filtering flask (used for filtration with Buchner funnels and Gooch crucibles), boiling flasks (round-bottom and flat bottom), and volumetric flasks with polyethylene stoppers. 
  • Two variants of tubes are available in borosilicate glass: round-bottom culture tubes (with black phenolic cap) and reusable, round-bottom test tubes without rim. 
  • Volumetric pipettes are reusable, borosilicate glass pipettes that bear a white mark indicating capacity for your convenience. 
  • Clear borosilicate glass membrane filtration apparatus that is popularly used with 47 mm filter paper and nylon membranes for air, water and wastewater analyses. 
  • The new Aldrich® Essentials glassware portfolio includes a range of day-to-day labware manufactured following the highest quality standards customers have come to expect from the Sigma-Aldrich® brand. Our beakers, bottles, graduated cylinders, desiccators, dishes, flasks, and tubes are made of high-quality borosilicate glass for durability, precision, and reliability. Our volumetric glassware is manufactured to both ASTM and ISO standards to serve the global markets.
  • PYREX® glass is made of exceptional strength and stability with brilliant transparency and superior chemical resistance to endure even the toughest laboratory environments, making it the indispensable partner for chemists and research scientists for more than 100 years.
  • DWK KIMBLE® features essential glassware and specialty products made from 33 expansion borosilicate glass and soda lime including glass media bottles with sturdy design and improved clarity, heavy-duty volumetric wide-mouth flasks, microscale, and macroscale glassware kits, clear glass centrifuge tubes, and disposable borosilicate glass culture tubes.
  • DWK DURAN® borosilicate 3.3 glass is notable for its highly consistent, reproducible quality, very high chemical resistance, inert behavior, transparency, high usage temperature, minimal thermal expansion, and high resistance to thermal shock. DURAN® glassware conforms to the requirements of a USP/EP/JP Type 1 neutral glass suitable for use by the pharmaceutical industry.
  • DWK WHEATON® is a distinguished brand of premium container solutions for scientific, industrial, and packaging applications characterized by decades of experience in manufacturing and customization of glass and plastic containers. 
  • Ace Glass is a leader and innovator in the manufacture of premium scientific glassware, lab equipment, and glass apparatuses.
  • BRAND® designs simple, straightforward, and efficient glassware products for liquid handling and life science. BLAUBRAND® volumetric instruments provide a high degree of technical perfection, made of glass that is highly resistant to nearly all chemical substances – an essential prerequisite for durable precision. BRAND®'s premium quality "Made in Germany" glassware products have set the standard for quality in laboratories worldwide.
  • Synthware® Glass offers high quality organic synthesis glassware. All their glassware is manufactured from 33-expansion borosilicate glass and meets all applicable ASTM requirements.

Custom Glassware and Repairs Service

Our glass center serves as a center of excellence and innovation in the design and manufacture of glassware for chemists worldwide.

Our vast chemical background and continual collaboration between chemists and glassblowers, give us unique insights into glassware design. We supply Buchi rotary evaporators, 3-neck round-bottomed flasks, gas tapered flasks, and Corning glassware. Additionally, we make customized vessels (10 mL to 100 L in capacity), distillation apparatus, multiple jacketed condensers, manifolds, silver jacketed columns, and special adapters that are best suited for your requirements.

Save money and time by using our Repair Service:

E-mail your specialty needs and designs directly to our Glass Center at, or call us at (U.S.) 414-438-3850 Extn 2039 (or contact your local sales office) for a custom consultation.

Our usual turnaround time is 3-7 working days after receipt of the order.

Photo of glassblower repairing large glass reaction vessel
Photo of custom chemistry glassware including glass tubing, stopcocks, fittings, and the reaction vessel
  • Our master and senior level glass blowing artisans, with over 90 years of combined experience, team up with chemistry experts in application and design to support your glassware needs.
  • We repair your laboratory glassware to original configuration which helps to minimize waste and reduce costs.
  • We make any custom glassware that a chemist would need for synthesis and research from microscale to pilot plant capability. 

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