DURAN Measuring Cylinder 50 mL Class A 246181758

DURAN Measuring Cylinder 50 mL Class A 246181758

The DURAN Measuring Cylinder 50 mL Class A 246181758 delivers high-precision volume measurement for laboratory and analytical applications. It is made from borosilicate glass 3.3, which offers superior thermal and chemical resistance. Moreover, its Class A calibration ensures accurate and repeatable measurements according to international standards.

This cylinder conforms to ISO 4788 and includes a Batch Certificate, allowing users to trace its calibration accuracy. In addition, the blue printed graduations provide excellent visibility, while the hexagonal base improves balance and reduces the risk of tipping. Therefore, this cylinder combines accuracy with stability for everyday laboratory work.

Because it is autoclavable, the cylinder can be sterilized multiple times without losing measurement precision. Consequently, it serves as a long-lasting and cost-effective solution for chemical, analytical, and educational laboratories. Overall, the DURAN 50 mL Measuring Cylinder combines clarity, reliability, and safety in one versatile design.

Specifications

• Brand: DURAN

• Material: Borosilicate Glass 3.3

• Class: A (Batch Certified)

• Capacity: 50 mL

• Graduation Interval: 1 mL

• Base Type: Hexagonal

• Graduation Color: Blue

• Standard Compliance: ISO 4788

• Autoclavable: Yes

• Catalog Number: 246181758

Key Features

• Class A tolerance according to ISO 4788

• Supplied with Batch Certificate for calibration traceability

• Resistant to heat, acid, and alkali

• Clear blue graduations for easy reading

• Stable hexagonal base ensures safety during handling

• Autoclavable and reusable for long service life

Applications

Ideal for precise liquid measurement, reagent preparation, and titration experiments. Furthermore, it fits perfectly in analytical, research, and teaching laboratories that require dependable volumetric performance. Ultimately, this cylinder provides accuracy, durability, and confidence in every measurement.