Graduated Cylinder, Polypropylene, Printed Graduations, 250mL

This one-piece cylinder with handle provides a secure, solid grip for safer pouring. It has an easy-to-read double scale with raised graduations, and a hexagonal base to prevent tipping and rolling. Made of polypropylene, it will not create a meniscus. Handle opening is 8.9 x 2.9cm (3 x 1-1/8"). Chemically resistant and autoclavable at 121°C (250°F).

These superior quality graduated cylinders are ideal for the safe and accurate measurement of all types of liquids. Our cylinders offer a wide rim and a tapered pour spout for easy filling and pouring. The non-wetting interior surface eliminates concave menisci, providing more accurate measurements. The wide pentagonal shaped base provides stability and makes the cylinder roll-resistant. The heavy-duty plastic withstands repeated autoclaving. Switching from glass cylinders to Globe's plastic equivalents will greatly reduce breakage and the potential for injury.

These superior quality graduated cylinders are ideal for the safe and accurate measurement of all types of liquids. Our cylinders offer a wide rim and a tapered pour spout for easy filling and pouring. The non-wetting interior surface eliminates concave menisci, providing more accurate measurements. The wide pentagonal shaped base provides stability and makes the cylinder roll-resistant. The heavy-duty plastic withstands repeated autoclaving. Switching from glass cylinders to Globe's plastic equivalents will greatly reduce breakage and the potential for injury.

These superior quality graduated cylinders are ideal for the safe and accurate measurement of all types of liquids. Our cylinders offer a wide rim and a tapered pour spout for easy filling and pouring. The non-wetting interior surface eliminates concave menisci, providing more accurate measurements. The wide pentagonal shaped base provides stability and makes the cylinder roll-resistant. The heavy-duty plastic withstands repeated autoclaving. Switching from glass cylinders to Globe's plastic equivalents will greatly reduce breakage and the potential for injury.