Erlenmeyer Flasks
Erlenmeyer Flasks
Erlenmeyer flasks are conical flasks with wide flat bottoms and tapered necks. The flasks are designed for a variety of laboratory liquid handling applications, including pouring, mixing, storage, and suspension cell culture.
Erlenmeyer flasks are available in a broad range of sizes and come in wide or narrow mouth designs. The tops of the flasks are open and can accommodate a variety of closures, including screw caps and stoppers. Sterile and non-sterile Erlenmeyer flasks are available. Manufactured from numerous materials, the flasks are typically made of glass or plastic. Erlenmeyer flasks can be unmarked or graduated. The volume indicators on graduated Erlenmeyer flasks are approximations and should not be used for accurate measurements.
Erlenmeyer or titration flasks are named after their inventor Emil Erlenmeyer. Their slanted sides and narrow necks allow the contents to be mixed by swirling without the risk of spills, which is useful for titrations and for boiling liquids. The necks can also support filter funnels.
The inside of the mouth of Erlenmeyer flasks may be frosted to accommodate a ground glass stopper. Alternatively, a cap or rubber stopper may be used to contain the contents. Some Erlenmeyer flasks include a side arm (or one can be attached) to enable filtering.
Erlenmeyer flasks can also be used to prepare microbial cultures. Some are fitted with baffles that help maximize gas transfer and further agitate the contents when shaken.
Fisherbrand™ Borosilicate Glass Narrow Neck Erlenmeyer Flasks
Constructed of borosilicate glass. Fisherbrand™ Borosilicate Glass Narrow Neck Erlenmeyer Flasks are conical and graduated.
Promotions are available
Fisherbrand™ Reusable Glass Narrow-Mouth Erlenmeyer Flasks
Long, tapered outside contour minimizes chipping
Promotions are available
Pyrex™ Wide-Neck Erlenmeyer Flask
Manufactured from Pyrex™ borosilicate glass with white enameled graduations.
Fisherbrand™ Wide Neck Conical Borosilicate Glass Erlenmeyer Flasks
Constructed from borosilicate glass. Fisherbrand™ Wide Neck Conical Borosilicate Glass Erlenmeyer Flasks are graduated and available in a variety of sizes.
Promotions are available
DWK Life Sciences DURAN™ Baffled Flask, with GL 45 thread
Due to the baffles incorporated in the product, a solution to be shaken breaks on it and oxygen is introduced into the solution.
DWK Life Sciences Erlenmeyer Flask, Wide Neck
Due to conical shape, the flasks is used for mixing liquids.
Lenz Laborglasintrumente Erlenmeyer Flasks With Ground Joint, Amber
Made of high quality materials. Each manufacturing step is tested through an extensive quality management system, based on DIN ISO 9001/EN 29001.
Corning™ Reusable Plastic Erlenmeyer Flasks with Blue Graduations
Translucent polypropylene; with polypropylene screw cap.
Kartell™ Polypropylene Conical Erlenmeyer Flasks
Translusent in design to allow one to view the mixture with ease. Kartell™ Polypropylene Conical Erlenmeyer Flasks are a simple flask that has a variety of applications in both chemistry and biology.
DWK Life Sciences DURAN™ SUPER DUTY Erlenmeyer Flask, narrow neck, with reinforced rim
The DURAN™ SUPER DUTY products are characterized by a higher mechanical strength achieved by reinforcing the rim. As a result of this modification, the impact strength is improved, and the risk of accidental breakage is significantly reduced.
Thermo Scientific™ Sterile Single-Use Erlenmeyer Flasks with Plain Bottom
Single-Use PETG Erlenmeyer Flasks with Plain Bottom are ideal for suspension of cell culture, media preparation, mixing and storage.
Fisherbrand™ Borosilicate Glass Wide Neck Erlenmeyer Flasks With Graduation
Promotions are available
DWK Life Sciences DURAN™ Erlenmeyer Flask, narrow neck
Due to conical shape, the flasks is used for mixing liquids.
DWK Life Sciences Kimble™ KIMAX™ Erlenmeyer Flasks with Screw Caps
Plastic-coated for added safety
DWK Life Sciences DURAN™ SUPER DUTY Erlenmeyer Flask, wide neck, with reinforced rim
The DURAN™ SUPER DUTY products are characterized by a higher mechanical strength achieved by reinforcing the rim. As a result of this modification, the impact strength is improved, and the risk of accidental breakage is significantly reduced.