Normax Measuring Cylinder Class A 51 496 63 (2000 mL)

Normax Measuring Cylinder Class A 51 496 63 (2000 mL)

The Normax Measuring Cylinder 51 496 63 (2000 mL) is a large-capacity Class A volumetric cylinder designed for laboratories that require high-precision measurement of bulk liquid volumes. Constructed from durable borosilicate glass, it offers outstanding chemical resistance, thermal stability, and long-term clarity. The cylinder features a wide hexagonal base for maximum bench stability, blue enamel graduations for clear volume reading, and a smooth spout for controlled, spill-free pouring. Fully compliant with ISO 4788, it comes with a Certificate of Performance ensuring traceable volumetric accuracy.

Key Features

• Class A Precision: Meets the highest accuracy requirements according to ISO 4788.

• Supplied with Certificate of Performance: Ensures traceable and validated volumetric accuracy.

• Borosilicate Glass Construction: Resistant to heat, chemicals, and sudden temperature shifts.

• High-Visibility Blue Graduations: Clear, sharp scale for easy and accurate reading even at large volumes.

• Stable Hexagonal Base: Provides strong stability and prevents tipping during measurement.

• Integrated Pouring Spout: Allows smooth and carefully controlled dispensing of liquids.

• 2000 mL Capacity: Designed for large-volume applications, bulk solution preparation, and QC analysis.

Specifications

Applications

• Chemical & analytical laboratories: Large-scale reagent preparation and volumetric measurements.

• Industrial QC labs: Batch testing, solution preparation, and formulation work.

• Environmental laboratories: Water, wastewater, and soil chemistry analysis requiring large volumes.

• Research institutions: Experiments that need certified, large-volume volumetric accuracy.

• Pharmaceutical industry: SOP and GMP workflows requiring Class A calibrated glassware.

Handling & Maintenance

• Wash with mild detergent; avoid abrasive cleaning materials to protect graduations.

• Rinse with distilled or deionized water to maintain measurement accuracy.

• Avoid extreme temperature shock to preserve the borosilicate structure.

• Store upright or in a large cylinder rack to prevent damage to the spout and scale.