Measuring Cylinder Hex Base with Plastic Stopper Class A

Measuring Cylinder Hex Base with Plastic Stopper Class A


S.No Capacity (ml) N/S Sub division (ml) Tolerance (± ml)
1. 5 10/19 0.1 0.05
2. 10 10/19 0.2 0.10
3. 25 14/23 0.5 0.25
4. 50 19/26 1.0 0.50
5. 100 24/29 1.0 0.50
6. 250 29/32 2.0 1.00
7. 500 34/35 5.0 2.50
8. 1000 45/40 10.0 5.00
9. 2000 45/40 20.0 10.00

Measuring Cylinder Class A, Hexagonal Base with PE Stopper

Highest Accuracy & Safety Standards:

  • Class A Precision: Individually calibrated to meet the most stringent accuracy tolerances (DIN/ISO standards).
  • Anti-Roll Hex Base: Heavy hexagonal glass base provides maximum stability and prevents accidental rolling on the bench.
  • Graduation Clarity: Permanent high-contrast blue or white enamel markings for easy and accurate reading.
  • PE Stopper Included: Supplied with a precision-fit Polyethylene (PE) stopper to prevent evaporation and spillages.

The Professional Choice for Volumetric Measurement

The Yash Instruments Class A Measuring Cylinder is engineered for laboratories where measurement precision is non-negotiable. Whether performing complex analytical chemistry or standard solution preparation, these cylinders offer the reliability of **Borosilicate 3.3 glass**, known for its exceptional thermal shock resistance and chemical durability.

Designed with a **Hexagonal Base**, this cylinder ensures a lower center of gravity and increased surface contact, significantly reducing the risk of tipping. The inclusion of a high-quality **PE stopper** allows for safe mixing (inversion) and secure storage of liquids directly within the cylinder.

Technical Specifications

Feature Details
Accuracy Class Class A (with Individual/Batch Certificate)
Glass Type Borosilicate 3.3 (USP Type I)
Base Design Heavy Hexagonal Glass Base
Stopper Material Polyethylene (PE) / Polypropylene (PP)
Calibration Calibrated 'To Contain' (In) at 20°C

At Yash Instruments, we prioritize accuracy and durability. Our Class A cylinders are rigorously tested to ensure they meet the global standards of modern research.

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