China Wholesale Electrical Conductivity Sensor For Water Suppliers Factories - DDG-30.0 Industrial Conductivity Sensor – BOQU Detail:
The conductivity industrial series of electrodes are specially used for the measurement of conductivity value of pure water, ultra-pure water, water treatment, etc. It is especially suitable for conductivity measurement in the thermal power plant and the water treatment industry. It is featured by the double-cylinder structure and the titanium alloy material, which can be naturally oxidized to form the chemical passivation. Its anti-infiltration conductive surface is resistant to all kinds of liquid except fluoride acid. The temperature compensation components are: NTC2.252K, 2K, 10K, 20K, 30K, ptl00, ptl000, etc. which are specified by the user. K=10.0 or K=30 electrode adopts a large area of platinum structure, which is resistant to strong acid and alkaline and has strong anti-pollution capacity; it is mainly used for on-line measurement of the conductivity value in the special industries, such as the sewage treatment industry and the seawater purification industry.
Product detail pictures:
Related Product Guide:
We rely upon strategic thinking, constant modernisation in all segments, technological advances and of course upon our employees that directly participate inside our success for China Wholesale Electrical Conductivity Sensor For Water Suppliers Factories - DDG-30.0 Industrial Conductivity Sensor – BOQU , The product will supply to all over the world, such as: French, Durban, Juventus, Our company sticks to the principle of "high quality, reasonable price and timely delivery". We sincerely hope to establish good cooperative relationships with our new and old business partners from all parts of the world. We hope to work with you and serve you with our excellent goods and services. Welcome to join us!
By Flora from Turin - 2018.11.22 12:28
We are long-term partners, there is no disappointment every time, we hope to maintain this friendship later!
By Martina from Austria - 2018.09.23 18:44