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3660-AMBER GLASS, Measuring Cylinder Graduated, Hex Base, Class A, serialized

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3660-AMBER GLASS, Measuring Cylinder Graduated, Hex Base, Class A, serialized

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  • With Double Metric Scale, TD (To Delivery)
  • Cylinders are made to meet ASTM E 1272 norms
  • Printed in white enamel
  • With individual work certificate
PART No. Capacity (ml) SUB DIVISION (ml)

 

±Tol.(ml)

 

Pack QTY
3660-5 5 0.1 0.5 1
3660-10 10 0.1 0.1 1
3660-25 25 0.2 0.17 1
3660-50 50 1 0.25 1
3660-100 100 1 0.5 1
3660-250 250 2 1 1
3660-500 500 5 2 1
3660-1000 1000 10 3 1
3660-2000 2000 20 6 1

Here are some common uses for such a measuring cylinder:

  1. Light-Sensitive Solutions: Amber glass provides protection against ultraviolet (UV) and visible light, making it suitable for measuring and handling light-sensitive substances. This is crucial when working with solutions that can degrade or undergo reactions when exposed to light.
  2. Chemical Reactions: The measuring cylinder may be used in the preparation of solutions for chemical reactions, where precise and accurate volume measurements are essential. The Class A designation ensures a high level of accuracy.
  3. Sample Handling in Analytical Chemistry: In analytical chemistry, especially when dealing with sensitive samples, amber glass measuring cylinders can be used to handle and measure samples while minimizing the impact of light on the sample integrity.
  4. Pharmaceutical Applications: In pharmaceutical laboratories, where certain medications or compounds are light-sensitive, amber glass measuring cylinders are employed to ensure the accurate measurement and handling of these substances.
  5. Environmental Analysis: In environmental laboratories, where samples may be light-sensitive or prone to degradation, amber glass measuring cylinders are utilized to maintain sample integrity during volume measurements.
  6. Quality Control and Assurance: Serialized measuring cylinders are beneficial in quality control and assurance processes, providing traceability to specific instruments. This can be important for maintaining consistency in measurements and ensuring compliance with regulations.
  7. Hex Base Stability: The hexagonal base design offers stability during measurements, preventing accidental tipping and spillage.
  8. Research Applications: In research settings, especially in fields like biochemistry or molecular biology, where certain compounds may be light-sensitive, amber glass measuring cylinders help maintain the stability and reliability of experiments.
  9. Reference Standards: Serialized Class A measuring cylinders are often used as reference standards in laboratories. The serialized identification allows for traceability and calibration checks, contributing to the reliability of experimental results.
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