SCHOTT® Instruments IoLine-pH Electrodes for the Most Demanding Measuring Tasks from SI Analytics

The new SCHOTT® Instruments IoLine electrode family with iodine/iodide reference system from SI Analytics has been developed to meet the most demanding laboratory measurement tasks. These electrodes are 100% free of unwanted metal ions and hence ideally suited for measurements that are critical toward sample contamination by such ions (e.g. silver ions) e.g. pH measurements in Tris buffers. Advantages of IoLine Electrodes over classical Ag/AgCl reference systems are notably by:

• A longer service life thanks to a patented three-chambers Iod reservoir in the reference electrode.

• Fast reaction, precise measurement and clearly improved stability of measurement values, especially with changing temperatures or at temperatures other than the calibration temperature. This is due to the lower temperature sensitivity of the iodine/iodide reference potential.

• Free choice of the bridge electrolyte, hence optimum adaptation to the sample by double electrolyte system.

The electrodes are available in different membrane glass shapes and types and with different plugs to ensure that the user gets the instrument best suited to his needs. ID versions are available for use with the SCHOTT® Instruments ProLab line of high-end laboratory meters. IoLine electrodes are the right choice for the most critical pH measurements in research and quality control in pharmacy, biotechnology or food industry.

Technical Data of the IoLine series:

pH-range                               0-14

Temperature range              -5-100°C

Reference system                Iodine/iodide

Diaphragma                          Platinum or ceramic

Glass membrane                 Type: A-type or H-type

                                                 glass. Shape: spheric,

                                                 spearhead or micro

                                                 (cylinder) shape

Recommended field            Precise and fast pH

of use                                      measurements in a wide

                                                 range of media in research

                                                 and quality control in

                                                 pharmacy, biotechnology or

                                                 food industry