Measuring cylinders supplied by LabChoice Australia are designed to provide accurate, reliable volume measurement for liquids used in teaching, research and industrial laboratory environments. Available in both BORO 3.3 borosilicate glass and high grade polypropylene, these cylinders offer strong chemical resistance, dimensional stability and long service life. BORO 3.3 glass models comply with ISO 3585 and ASTM E438 Type 1 Class A standards, ensuring excellent thermal performance and compatibility with hot liquids, solvents and corrosive reagents. Polypropylene cylinders align with USP Class VIÂ testing frameworks, supporting safe use with aqueous solutions and general laboratory chemicals.
Each measuring cylinder features clear, well defined graduations that support accurate meniscus reading and reproducible measurements. The tall, narrow design provides improved resolution, particularly in smaller volumes, while the stable base reduces the risk of tipping during filling or reading. Cylinders are available in Class A or Class B accuracy levels depending on experimental requirements. Class A models are calibrated to deliver higher precision and are suitable for analytical workflows, while Class B models are ideal for routine volume measurement in teaching and general laboratory use.
Measuring cylinders are widely used in solution preparation, dilution, reagent mixing, titration setup, density determination and quality control procedures. Their chemical resistance supports safe use with acids, bases, solvents and a broad range of laboratory reagents. Glass cylinders offer superior heat resistance for hot solution handling, while PP cylinders provide lightweight, shatter resistant performance ideal for educational and high throughput environments.
All measuring cylinders supplied by LabChoice Australia undergo ISO 9001 aligned quality control testing. This includes verification of graduation accuracy, dimensional conformity, clarity and surface finish assessment, and structural integrity checks. Glass units are inspected for uniform wall thickness and defect free construction, while polymer units are assessed for moulding consistency and sealing performance when used with stoppers or caps. These strict standards ensure dependable measurement accuracy across diverse laboratory workflows.
