Straight Facetted tip, spindle: PTFE, cap and security device: PP, material: borosilicate glass 3.3

Here are some common uses for a burette needle valve stopcock with these specifications:

1. Titration Experiments:
   • Burette needle valve stopcocks with a lateral configuration and high precision are used in titration experiments where extremely accurate and controlled addition of titrant to the analyte solution is crucial.
2. Quantitative Analysis:
   • In analytical chemistry, particularly during quantitative analysis, these stopcocks are essential for delivering extremely precise volumes of titrant to determine the concentration of a substance in a solution.
3. Chemical Synthesis:
   • These stopcocks may be employed in chemical synthesis processes where controlled addition of a reagent is required with an exceptional level of accuracy, and the lateral needle valve design allows for versatile applications.
4. Quality Control:
   • Burette needle valve stopcocks with a lateral configuration and high precision are used in industries where the utmost accuracy in volume measurements is crucial for quality control procedures.
5. Educational Laboratories:
   • Burettes with lateral needle valve stopcocks of high precision are used in advanced educational laboratories for teaching advanced titration techniques and principles of volumetric analysis.
6. Standardization of Solutions:
   • Burette needle valve stopcocks with a lateral configuration and high precision are utilized in the standardization of solutions, ensuring an exceptionally accurate determination of the concentration of a solution.
7. pH Titration:
   • In pH titrations, where the endpoint is determined by a change in pH, burette needle valve stopcocks with high precision play a critical role in achieving extremely accurate and reliable results.
8. Research Applications:
   • Burette needle valve stopcocks with a lateral configuration and high precision are used in various research applications where the highest level of precision in volumetric measurements is required for experimentation.
9. Calibration Procedures:
   • These stopcocks are employed in the calibration of laboratory equipment, ensuring that volumetric measurements are exceptionally accurate and reliable.
10. Trace Analysis:
    • In laboratories performing trace analysis, high-precision burette needle valve stopcocks with lateral configuration are necessary to achieve the highest level of precision in measuring small volumes of titrant.
11. Microscale Chemistry:
    • In microscale chemistry experiments where minute quantities of reagents are used, the high precision of the lateral needle valve design is crucial for accurate control.