Detailed industrial electrolytic process, oxygen reaction or consume oxygen reaction, its high electrode overpotential, for example: aqueous electrolysis, its potential in more than 400 mv; In case of hydrogen or consume hydrogen reaction, the electrode potential under 100 mv.

If put them together, by the changes of reaction, can reduce theoretical decomposition voltage, reduce the overpotential, thus can greatly reduce the power consumption. CP - 0.01 type constant 0.01 double cylindrical titanium alloy conductance electrode: CP series laboratory conductivity electrode specially used in pure water and ultrapure water conductivity value measure, especially suitable for thermal power plants, gas power plant and water treatment systems, electrical conductivity measurement.

This product USES the Swiss technology, better than the domestic similar products, and is suitable for the domestic instrument laboratory conductivity meter.

[technical indicators] electrode constant conductivity range connection material note 0.01 0.01 ~ 30 mu S/cm BNC, Q9 or three core joint 316 l or platinum black titanium alloy electrode shell effectively prevent the determination of high conductivity solution appeared to polarization 0.1 ~ 0.1 300 mu S/cm glass 1.0 1 ~ 3000 mu from 10 to 30000 mu S/S/cm 10 cm baoji sharp cheng titanium industry co., LTD., the development and production of cylinder coated platinum electrode, titanium coating on the titanium content of 100%. The advantages of using coated titanium electrode is mainly manifested in the following ten aspects:

 1, the anode size stability, CLP interelectrode distance does not change, electrolytic process ensures electrolytic operating under the condition of the slot voltage stability.

2, low work voltage, small power consumption, the dc power consumption can reduce 10-20%.

3, titanium anode working life is long, strong corrosion resistance.

4, can overcome the shortcomings of graphite anode and lead anode dissolve problems, avoid the pollution of electrolyte and cathode products.

5, high current density, small overpotential, high catalytic activity electrodes, can have