High-quality Mse Pro Basic Cupric (cu2+) Combination Ion Selective Electrode (ise) Twin Pack [hJBcGrQv]

MSE PRO Basic Cupric (Cu²⁺) Combination Ion Selective Electrode (ISE)

The MSE PRO Basic Cupric (Cu²⁺) Combination Ion Selective Electrode (ISE) is a versatile and cost-effective solution for precise ion measurements. This ISE probe is designed to efficiently measure copper ions in a variety of applications, making it an essential tool for laboratories and industries alike. With its combination of the ion selective electrode and reference electrode, the MSE PRO Basic Cupric ISE simplifies the measurement process and enhances accuracy.

Product Specifications and Features

The MSE PRO Basic Cupric ISE boasts a wide measuring range of 10^-1M to 5*10^-7M, ensuring precise and reliable measurements across a broad concentration spectrum. Constructed with a solid-state membrane, the electrode offers excellent stability and long-term durability. The probe is compatible with various electrochemical meters and analyzers, featuring a BNC(Q9) connector for seamless integration. Key features include:

• Efficient and economical ISE measurement with auto-reading, standard add, sample add, and gran methods.
• Combination of ion selective electrode and reference electrode for simplified measurement setup.
• Compatibility with a wide range of electrochemical meters and analyzers.

Practical Applications and Benefits

The MSE PRO Basic Cupric ISE is an ideal choice for a variety of applications, including water quality analysis, environmental monitoring, and industrial process control. Its user-friendly design and reliable performance make it suitable for both professional laboratories and educational institutions. By providing accurate and consistent copper ion measurements, this ISE probe helps ensure the safety and quality of various products and processes. Whether you are monitoring copper levels in drinking water, assessing environmental impact, or optimizing industrial processes, the MSE PRO Basic Cupric ISE is your go-to solution.