The Mettler-Toledo Ion-Selective Electrode perfectION™ comb Cu is a high-precision combined copper ion-selective electrode designed for accurate and reliable measurements in various laboratory applications. Featuring a polymer membrane and an integrated ARGENTHAL™ reference system with Ag⁺ trap, this electrode ensures stable readings and user-friendly operation. The Click & Clear™ junction simplifies cleaning and maintenance, enhancing electrode longevity and performance.
This electrode is perfect for professionals requiring reliable copper ion detection combined with robust construction and ease of use.
It is a high-precision combined copper ion-selective electrode designed for accurate and reliable measurements in various laboratory applications. Featuring a polymer membrane and an integrated ARGENTHAL™ reference system with Ag⁺ trap, this electrode ensures stable readings and user-friendly operation. The Click & Clear™ junction simplifies cleaning and maintenance, enhancing electrode longevity and performance.
Yes. It is designed for precise copper ion measurements in laboratory settings, and offers a measuring range of 1 × 10−7 to 1 × 10−1 mol/L (0.006 to 6.35 mg/L) and a body length of 120 mm to support this kind of work.
It has a measuring range of 1 × 10−7 to 1 × 10−1 mol/L (0.006 to 6.35 mg/L), a body length of 120 mm and a body diameter of 12 mm, and is supplied under manufacturer part number 51344712.
It offers combined copper ion-selective electrode, polymer, integrated ARGENTHAL™ with Ag⁺ trap and click & Clear™ for easy cleaning.
For precise copper ion measurements in laboratory settings, the Mettler-Toledo model is the better choice, offering a measuring range of 1 × 10−7 to 1 × 10−1 mol/L (0.006 to 6.35 mg/L), a body length of 120 mm and a body diameter of 12 mm. The Thermo Scientific model offers specifically for fluoride ion measurements and BNC Type 9609-BNC as an alternative, while the Mettler-Toledo model's combined copper ion-selective electrode and polymer help make it a strong fit for precise copper ion measurements in laboratory settings.
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