Polypropylene (PP) cylinders offer very good chemical resistance.

Protect against breakage. This PMP jar is lighter than glass and offers superior chemical resistance and a broad base, making it a stable addition to the lab or field.

Manufactured from high-clarity polypropylene. Class B Polypropylene Tall Form Measuring Cylinders with blue printed scale provide easy volume assessment. Exposure to temperatures up to 80°C will not cause permanently exceeded error limits. Cleaning up to 60°C is recommended to preserve marks and inscriptions.

Low Form Graduated Cylinder designed for high clarity and visibility.

Polypropylene, high clarity.

Tall Form Graduated Cylinder is crystal clear and includes and embossed scale

Autoclaving up to 121°C will not cause permanently exceeded error limits. Cleaning up to max. 60°C is recommended to preserve marks and inscriptions.

These measuring cylinders are for holding and measuring varying amounts of liquids in the laboratory.

The Hydrometer Jar is made of borosilicate glass, the jar features a beaded rim and a circular base. Sized properly to eliminate surface tension effects that lead to inaccurate readings.

The Graduated Cylinder is ideal for measuring liquids in the laboratory.

Translucent measuring cylinders with hexagonal base to prevent rolling.

Accurately measures the volume of a liquid. Kartell™ Tall Form Graduated Measuring Cylinders use horizontal marked lines to assist in measuring out various volumes of a liquid.

Excellent for precise liquid measurement and fluid transfer in the laboratory. Hirschmann™ Class B Measuring Cylinders, raised scale are manufactured from PP.

Manufactured from highly translucent polypropylene for durability, clarity and good chemical resistance. Autoclavable Kartell™ Polypropylene Tall Form Measuring Cylinders with Blue Graduations provide an economical and safe solution for measuring the volume of liquids in a laboratory.

Graduated cylinder with red printed graduations and ring marks at the primary scale points, calibrated 'In'.