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3270-ASTM, VOLUMETRIC PIPETTE, CLASS-A, UNSERIALIZED

  • These Pipettes are manufactured from ASTM E-438, TYPE-1, BORO 3.3 GLASS.
  • Compliance to ASTM E-969, Standard.
  • With Batch 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 Batch certificate
  • Printed in amber color
PART No. Capacity (ml) ± Tol (ml) Colour of Coding Band Pack QTY.
3270-0.5 0.5 0.006 2 Black 10
3270-1 1 0.006 Blue 10
3270-2 2 0.006 Orange 10
3270-3 3 0.01 Black 10
3270-4 4 0.01 2 Red 10
3270-5 5 0.01 White 10
3270-6 6 0.01 2 Orange 10
3270-7 7 0.01 2 Green 10
3270-8 8 0.02 Blue 10
3270-9 9 0.02 Black 10
3270-10 10 0.02 Red 10
3270-15 15 0.03 Green 10
3270-20 20 0.03 Yellow 10
3270-25 25 0.03 Blue 10
3270-30 30 0.03 Black 10
3270-40 40 0.05 White 10
3270-50 50 0.05 Red 10
3270-100 100 0.08 Yellow 10

Here are common uses for an ASTM Volumetric Pipette, Class A, that is unserialized:

  1. Routine Laboratory Measurements: Unserialized volumetric pipettes can be used for routine liquid measurements in laboratories where a high level of traceability is not a critical factor.
  2. General Quantitative Analysis: In applications where precise but not traceable measurements are required, unserialized volumetric pipettes can be used for general quantitative analysis.
  3. Sample Dilution: Unserialized volumetric pipettes are suitable for tasks like sample dilution, especially when the exact traceability of each pipette is not a primary concern.
  4. Educational Purposes: These pipettes can be used in educational settings for teaching students about volumetric measurements, laboratory techniques, and basic liquid handling skills.
  5. Quality Control in Certain Applications: In industries where the highest level of precision is not mandatory, unserialized pipettes may be used for basic quality control processes.
  6. Research and Development: In research and development laboratories where traceability is not a stringent requirement, unserialized volumetric pipettes can be employed for various experiments and procedure development.
  7. Environmental Monitoring: For certain environmental monitoring applications where a high level of traceability is not a regulatory requirement, unserialized volumetric pipettes may be used for solution preparation.
  8. Industrial Processes: Unserialized volumetric pipettes can find application in certain industrial processes where a moderate level of precision is sufficient for liquid measurements.
  9. Chemical Synthesis: In chemical synthesis where precise but not traceable measurements are acceptable, unserialized volumetric pipettes may be used for transferring liquids during reactions.
  10. Qualitative Analysis: For qualitative analysis or applications where precise but not highly traceable measurements are needed, unserialized pipettes can be suitable.
  11. Bulk Solution Preparation: In situations where preparing solutions with exact concentrations is not crucial, unserialized volumetric pipettes may be used for bulk solution preparation.
  12. Non-Critical Laboratory Tasks: Unserialized volumetric pipettes can be employed for less critical laboratory tasks where the highest level of traceability is not a primary concern.
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