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.
Foxx Life Sciences Borosil Class A TC Graduated Cylinders with Pour Spout, Hexagonal Base, and Permanent Amber Graduations, Batch Certificate, 500mL, 4/CS
Each Borosil Class A TC Cylinder is calibrated by automatic laser calibration. Certificates can be downloaded by visiting Borosil.com, or by downloading the Borosil app. Borosil Cylinders are manufactured with hexagonal, spout-aligned bases for improved stability. Permanent amber graduations will not fade, even after years of use. Avail. from 5mL to 2L. Cylinders comply with ASTM E-1272. In collaboration with Borosil Glass Works, Foxx Life Sciences is proud to bring the outstanding quality of Borosil Type 3.3 Borosilicate glassware to North America for the first time. Manufactured from the same USP Type 1 borosilicate glass that North American scientists have come to trust, Borosil Laboratory Glassware offers unparalleled mechanical strength, clarity, and reliability at competitive prices. And thanks to a unique annealing process, Borosil Glassware is stress-free and incredibly resistant to thermal shock.
Thomas Scientific 2 0mL Graduated Microcentrifuge Tube Orange
2 0mL Graduated Microcentrifuge Tube Orange
Thomas Scientific Phenix 2 0mL Graduated Microcentrifuge Tube Low Retention
Phenix 2 0mL Graduated Microcentrifuge Tube Low Retention
US Plastic Corporation 4000ML NALGENE POLYPROPYLENE
4000mL Nalgene™ Polypropylene Graduated Cylinder
Accuflow Systems Saint-Gobain Chemware Graduated Cylinder, PFA, 10 mL, Spout, Broad Base
Saint-Gobain Chemware PFA graduated measuring cylinder, 10 mL, designed for accurate volume measurement in high-purity and corrosive applications. The cylinder is molded from PFA for chemical inertness and low metal ion content, and features clear graduations, a drip-free spout, and a broad base for stability.
- Material: PFA (perfluoroalkoxy)
- Capacity: 10 mL
- Graduation: easy-to-read graduated markings
- Height: 118.5 mm
- Base: broad base for stability
- Spout: drip-free pouring spout
- Temperature range: -196°C to 260°C
- Suitable for trace metal analysis due to low metal ion content
Thomas Scientific 250mL graduated cylinder, PP
Graduated Measuring Cylinders Translucent polypropylene (PP) Blue printed graduations - mL Wide opening with a tapered pour spout Break-resistant and chemically resistant to most acids, bases and common solvents Continuous working environment up to 100°C Autoclavable at 121°C for 20 minutes These cylinders are ideal for safe and accurate measuring of all types of liquids. They offer a wide tim with tapered pour spout for easy pouring anf filling. The non-wetting interior surface eliminates concave menisci, providing more accurate measurements. The wide pentagonal base provides added stability and keeps the cylinder from rolling. Can withstand repeated autoclaving. Reduce breakage and personal injury versus comparable glass cylinders.