Description
Specifications
Product Name – Buffer Solution PH 9.3
Quantity/Pack Size – 3AMP
Form – Liquid
Grade – Laboratory Reagent
Application – pH Calibration and Standardization
product overview
Buffer Solution PH 9.3 is specifically developed to provide a highly stable alkaline environment for laboratory applications requiring precise pH control. This solution ensures a consistent pH level of 9.3, delivering reliable and reproducible measurements for a variety of scientific processes. Manufactured under stringent quality standards, it offers exceptional chemical purity and minimal contamination risk, supporting accurate and dependable laboratory results. Its liquid formulation allows for easy handling, precise measurement, and integration into pH calibration procedures, reducing the potential for errors. The solution maintains its stability across a range of environmental conditions, ensuring consistent performance in laboratory instruments such as pH meters and analytical equipment. Properly stored, it retains its chemical integrity over time, ensuring long-lasting usability and optimal performance. Ready-to-use and convenient, Buffer Solution PH 9.3 simplifies laboratory operations by providing a stable reagent that guarantees accurate alkaline pH measurements. Combining reliability, ease of use, and chemical stability, it is an essential laboratory reagent that supports high-quality outcomes, precision, and consistency in any laboratory environment requiring controlled pH conditions.
FAQs
1. What pH level does Buffer Solution PH 9.3 maintain?
It maintains a precise pH of 9.3 for accurate alkaline measurements.
2. Is it compatible with other laboratory reagents?
Yes, but ensure compatibility checks to prevent interference with pH readings.
3. How should this buffer solution be stored for best results?
Store in a cool, dry place with the container tightly sealed to maintain stability.
4. Are alternative pH buffer solutions available?
Yes, buffers with different pH values are available to suit varied calibration requirements.
5. How can I maintain consistency during repeated laboratory use?
Use clean instruments, avoid contamination, and handle the solution according to proper protocols for consistent results.
