Customer Support
0
Close

Categories

Filters

    Product description

    The HI4008 cupric ion selective electrode is a potentiometric half-cell sensor housed within an epoxy body. The internal elements are isolated from the sample by a compressed cupric sulfide/silver sulfide sensing membrane. This solid state sensor requires a separate reference electrode to complete the measurement system.

    Hanna’s solid state half-cell ISEs are designed for use with the HI5315 reference half-cell. The reference half-cell features a cone style junction. The skirted cone geometry of the reference forms the liquid junction with the test solution at the tip of the junction cone, producing a highly stable reference potential and consistent flow rates of electrolyte into the solution. A simple press of the top portion of the ISE makes it easy to empty the electrolyte fill solution and replace when necessary.

    For the HI4008 to measure cupric ions accurately, it is important that the ionic strength of the standards and sample be adjusted to a high and constant value with the HI4000-00 ionic strength adjuster (ISA) solution. The ISA ensures that the activity coefficient is constant so the concentration of free cupric ions can be measured. Measuring all solutions with a constant ionic strength reduces the margin of error between measurements. The HI4008 cupric solid state ISE can measure from 1µM (0.065 mg/L) to 0.1M (6,355 mg/L).

     

    Conversion Table for Cu2+

     Multiply
    moles/L (M) to ppm (mg/L)6.354 x 10
    ppm (mg/L) to M (moles/L)1.574 x 10

    Specifications

    Article number
    HI4008

    Reviews

    0 from 5Based on 0 reviews
    Create your own review

    There are no reviews written yet about this product..

    Related products

    Complete your order

    HI4008 Copper Half-Cell Ion Selective Electrode, Solid State
    € 1.013,-
    HI4008 Copper Half-Cell Ion Selective Electrode, Solid State
    0 In stock: Delivery time on request
    Add to cart

    Recently viewed

    Please accept cookies to help us improve this website Is this OK? YesNoMore on cookies »