Standard Solutions

Conductivity Standard Solution (500ml)

Unit Price

₹605

NOS + (Tax and Shipping)

Quantity

SKU: AMB5C5

Range: 500 µs/Cm

MRP: ₹750/-

Availability: In Stock

GTIN: 8906172191640

Tags:

TDS,CONDUCTIVITY

Description

500 Microsiemens/cm Conductivity Standard Solution for calibration of Conductivity or TDS Meter. All the buffer solutions are bottled in our state-of-the-art solution facility and comply with National and International standards. These solutions are available in a convenient and economical 500ml bottle with certification.

Conductivity Standard Solution (500ml) ((AMB5C5)) from Aquasol Digital is a high-quality reference solution used for calibration and validation of instruments measuring tds,conductivity. It performs accurately within the range of 500 µs/Cm, ensuring reliable instrument performance. Monitoring and calibration using tds,conductivity standards is essential for maintaining measurement accuracy in laboratories and industrial environments. This solution is prepared with precision to deliver consistent and stable values. It is widely used for calibration of pH, conductivity, and other analytical instruments. The formulation ensures long shelf life and stability under recommended storage conditions. It helps maintain compliance with quality standards and testing protocols. The product is suitable for routine as well as advanced calibration needs. It supports accurate data generation in testing processes. It is trusted by professionals for dependable performance. It enhances instrument reliability and measurement confidence. It is essential for quality control applications.

Regular use of Conductivity Standard Solution (500ml) ensures consistent calibration and accurate measurement results. Monitoring of tds,conductivity helps reduce deviations and maintain system precision. The solution is easy to use and compatible with various instruments. It supports laboratory workflows and industrial applications. It improves testing accuracy and repeatability. The product reduces errors in measurement. It enhances confidence in analytical data. It is widely accepted in quality assurance programs. It ensures long-term instrument stability. It supports efficient calibration practices. It is reliable and consistent in performance. Overall, it is a critical component in analytical measurement systems.