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3260-ASTM, VOLUMETRIC PIPETTE, CLASS-A, SERIALIZED

  • These Pipettes are manufactured from ASTM E-438, TYPE-1, BORO 3.3 GLASS.
  • Compliance to ASTM E-969, Standard.
  • With individual work certificate
  • Printed in amber color
  • These Pipettes are manufactured from ASTM E-438, TYPE-1, BORO 3.3 GLASS.
  • Compliance to ASTM E-969, Standard.
  • With individual work certificate
  • Printed in amber color
PART No. Capacity (ml) ± Tol (ml) Colour of Coding Band Pack QTY.
3260-0.5 0.5 0.006 2 Black 10
3260-1 1 0.006 Blue 10
3260-2 2 0.006 Orange 10
3260-3 3 0.010 Black 10
3260-4 4 0.010 2 Red 10
3260-5 5 0.010 White 10
3260-6 6 0.010 2 Orange 10
3260-7 7 0.010 2 Green 10
3260-8 8 0.020 Blue 10
3260-9 9 0.020 Black 10
3260-10 10 0.020 Red 10
3260-15 15 0.030 Green 10
3260-20 20 0.030 Yellow 10
3260-25 25 0.030 Blue 10
3260-30 30 0.030 Black 10
3260-40 40 0.050 White 10
3260-50 50 0.050 Red 10
3260-100 100 0.080 Yellow 10

Here are common uses for an ASTM Volumetric Pipette, Class A, serialized:

  1. Analytical Chemistry: Volumetric pipettes are widely used in analytical chemistry laboratories for precise and accurate measurement of liquid volumes. They are essential in quantitative analysis, titration procedures, and other analytical techniques.
  2. Chemical and Pharmaceutical Laboratories: In chemical and pharmaceutical industries, ASTM Volumetric Pipettes are employed for preparing solutions with exact concentrations, ensuring accuracy in formulations and quality control processes.
  3. Calibration of Other Instruments: Serialized volumetric pipettes are often used as calibration standards for other measuring instruments in the laboratory. The serialized nature allows for traceability and documentation of calibration history.
  4. Research and Development: Scientists and researchers use volumetric pipettes in R&D laboratories for developing new methods, processes, or formulations that require precise liquid measurements.
  5. Biomedical Laboratories: In biomedical research and clinical laboratories, volumetric pipettes are used for preparing reagents, samples, and solutions with accurate volumes for various tests and experiments.
  6. Environmental Analysis: Laboratories involved in environmental monitoring use volumetric pipettes for preparing standard solutions used in water quality testing, pollution monitoring, and other environmental analyses.
  7. Food and Beverage Industry: Volumetric pipettes are employed for precise measurements in quality control processes, ensuring accurate concentrations of ingredients in food and beverage formulations.
  8. Educational Purposes: Volumetric pipettes are commonly used in educational settings to teach students about accurate liquid measurements, laboratory techniques, and the importance of precision in scientific experiments.
  9. Quality Assurance: Serialized volumetric pipettes play a critical role in quality assurance programs by providing a documented and traceable history of calibration, ensuring the reliability of measurements.
  10. ISO and GLP Compliance: Laboratories adhering to ISO (International Organization for Standardization) and GLP (Good Laboratory Practice) standards often use serialized volumetric pipettes to meet regulatory compliance requirements.
  11. Reference Standards: Serialized volumetric pipettes are utilized as reference standards in laboratories where precise and traceable measurements are essential for maintaining the accuracy of measurement systems.
  12. Pharmaceutical Formulations: In pharmaceutical laboratories, volumetric pipettes are used for preparing precise concentrations of drug formulations, ensuring accurate dosages and adherence to regulatory standards.
  13. Determination of Density and Viscosity: Volumetric pipettes are employed in experiments where the density and viscosity of liquids need to be accurately determined.
  14. Chemical Synthesis: In chemical synthesis processes, volumetric pipettes are used for accurately transferring precise volumes of reactants or reagents, ensuring reproducibility in experiments.

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