Description

Chloride standard solution is a pre-prepared liquid with a known and precise concentration of chloride ions. It serves as a calibration tool for various analytical instruments, ensuring accurate measurements in chloride testing. This ready-to-use solution aids in maintaining the accuracy and reliability of analytical processes in diverse scientific and industrial applications.

Features

• Precise Concentration: Chloride standard solutions are precisely prepared with known concentrations of chloride ions (Cl-) for accurate testing and calibration.
• Quality Control: They serve as a quality control reference in laboratories to verify the accuracy of chloride ion measurements.
• Ready-to-Use: These solutions are ready for immediate use, saving time on preparation and ensuring consistency in testing.
• Long Shelf Life: Chloride standard solutions typically have a long shelf life when stored properly, maintaining their accuracy over time.
• Traceability: They are often traceable to recognized standards, ensuring reliability in analytical procedures.

Benefits 

• Accurate Analysis: Chloride standard solutions help ensure accurate and reliable results in chloride ion testing, critical in various industries, including environmental monitoring, water treatment, and food safety.
• Calibration: Laboratories use them to calibrate instruments such as ion-selective electrodes and titrators, ensuring the accuracy of analytical equipment.
• Consistency: Ready-made solutions offer consistency in testing, reducing the potential for errors associated with preparing solutions from scratch.
• Time Savings: Eliminates the need to spend time and effort on solution preparation, allowing for more efficient laboratory operations.
• Quality Assurance: By using standardised solutions, laboratories can maintain high-quality testing procedures and meet regulatory and quality assurance requirements.

PHYSICAL PROPERTIES

• Chlorine is a greenish yellow gas.
• It has a suffocating or strong smell.
• It has a melting point of 171.6 K and a boiling point of 239.11 K.
• It is 2 to 5 times denser than air.
• It can be condensed or converted into liquid or solid.
• It is less dissolvable in water.