Graduated Cylinders
Used to measure the volume of a liquid, graduated cylinders feature a narrow cylindrical shape with markings along the cylinder that represent the amount of liquid being measured. Graduated cylinders are considered more accurate and precise for measurement purposes than flasks and beakers but should not be used for volumetric analysis.
Graduated cylinders are typically constructed from plastic or glass, with each providing different benefits. Plastic graduated cylinders are impact resistant, with polyethylene graduated cylinders noted for their transparency and polypropylene for its excellent chemical resistance. Glass graduated cylinders are chemically inert, while borosilicate glass offers greater resistance to thermal shock than regular glass.
Graduated cylinders have a solid base or foot for stability and a spout to facilitate pouring out the contents. Because they are somewhat unsteady, some glass cylinders also have a plastic bumper or ring to help prevent accidental breakage if the cylinder falls over.
Mixing (graduated) cylinders have ground glass joints instead of a spout or are closed with a stopper. These are generally used to make dilutions.
Typical graduated cylinder capacities range from 10 to 4,000mL. Glass graduated cylinders may be manufactured to ASTM or other specific standards. Some are serialized and may come with certificates of traceability.
Thomas Scientific Phenix 2 0mL Graduated Microcentrifuge Tube Low Retention
Phenix 2 0mL Graduated Microcentrifuge Tube Low Retention
Cole-Parmer CYLINDER GRAD HEX 100ML 1PK
Graduated Cylinder, Glass, Hexagonal Base, 100 mL; 1/PK. Hexagonal base prevents cylinder from tipping over; Durable Borosilicate 3.3 Glass; Easy read graduations; Autoclavable
Chemglass Life Sciences Cylinder, 10mL, Red Stripe, Reinforcement Bead
Cylinder, 10mL, Red Stripe, Reinforcement Bead, Pack of 1
Cole-Parmer elements Graduated Cylinder, Glass, Hexagonal Base, 2000 mL, 1/pk
Hexagonal base prevents cylinder from tipping over
Hach Company Cylinder, Graduated, 1000 mL, with Handles
One-piece polypropylene construction with a molded in handle top ensure a secure, solid grip and superior control for safer, more convenient pouring. The “Total Contained, Total Delivered ”double scale is accurate and easy to read (cylinder will not create a meniscus), while the hexagonal base prevents tipping or rolling. Hand opening is 89x 29 mm (3 x 11/8"). Steam autoclavable upto 121°C (250°F).
Chemglass Life Sciences Chemglass Lifetime Red Pyrex graduated cylinder, 50 mL, single metric scale
Chemglass Lifetime Red PYREX graduated cylinder provides reliable 50 mL liquid measurement with a single metric scale and reinforced bead to help reduce breakage. It is suitable for routine laboratory measurement and transfer.
- Capacity: 50 mL
- Material: borosilicate glass
- Color: red stripe
- Scale: single metric scale
- Feature: reinforcement bead for added durability
- Calibration: to contain
- Packaging: single each
Chemglass Life Sciences Cylinder, Large Capacity, 2000mL, Polypropylene, Graduated
Cylinder, Large Capacity, 2000mL, Polypropylene, Graduated. The handle on the Holdfast™ graduated cylinder makes pouring safer and more convenient. The handle is generously sized for large hands but with a slender enough grip for smaller hands. Hand opening is 3 1/2” x 1 1/8”. Cylinders have a double scale and hex base for stability. Steam autoclavable at 121º C.
Chemglass Life Sciences Chemglass 250 mL PYREX graduated cylinder, red stripe, reinforcement bead
250 mL graduated cylinder for routine laboratory liquid measurement. Made from PYREX glass, it is calibrated "to contain" with a single metric scale and features a red identification stripe and a reinforced bead to help reduce breakage.
- 250 mL capacity.
- Calibrated "to contain" with a single metric scale.
- Red identification stripe for quick visual identification.
- Reinforcement bead near the rim to reduce breakage.
- Sold individually (pack quantity: 1).
Alkali Scientific 1.5mL High Recovery Vial Glass 12x32mm Flat Base 9 425 Screw Thread. 100/Pk, Amber
The Alkali Scientific™ 1.5 mL High Recovery Vial is designed for maximum sample retrieval and reliable performance in laboratory and analytical applications. Manufactured from high quality clear glass, this vial provides excellent chemical resistance and visibility of contents. The high recovery design minimizes residual sample loss, making it ideal for low volume or valuable samples. The flat base ensures stability during handling and autosampler use, while the 9 425 screw thread finish is compatible with standard caps and closures. Supplied in packs of 100, these vials are perfect for routine analysis, sample storage, and high throughput laboratory workflows. Key Features 1.5 mL capacity for high recovery sample applications High recovery design minimizes residual sample loss Clear glass construction for excellent chemical resistance and sample visibility Flat base provides stability during handling and autosampler use 12 × 32 mm dimensions suitable for labor
Alkali Scientific 0.3mL 9 425 PP Screw Thread Micro Vial Transparent. 12x32mm, 100/Pk, Transparent
The Alkali Scientific™ 0.3 mL Micro Vial is designed for precise handling of very small sample volumes in laboratory and analytical applications. Made from high quality transparent polypropylene (PP), this vial offers excellent chemical resistance and clear visibility of contents. The 9 425 screw thread ensures compatibility with standard caps and closures, while the 12 × 32 mm dimensions make it ideal for autosampler and high throughput workflows. Supplied in packs of 100, these micro vials are perfect for chromatography, small volume sample storage, and routine laboratory analysis. Key Features 0.3 mL capacity for precise handling of small volume samples Made from transparent polypropylene (PP) for excellent chemical resistance Clear material allows full visibility of sample contents 9 425 screw thread compatible with standard caps and closures 12 × 32 mm dimensions suitable for autosamplers and high throughput workflows Light and durable for routine laboratory use Ideal for c