High Low Alarm Online Ammonia Controller For Sewage

Introduction to Electrode Glass Membrane The electrode glass membrane, a critical component in pH electrodes, possesses a series of unique properties that make it suitable for use in harsh environments. Its construction typically involves a combination of materials such as glass, porous Teflon diaphragm, and ceramic frits (in ring, dot, or other shapes). Special Features of Daruifuno's pH Electrode Glass Membrane Daruifuno's pH electrode features a low impedance hemispherical glass membrane,...

Requirements for Turbidity Measurement Equipment Turbidity measurement places certain demands on equipment, focusing on performance, accuracy, stability, ease of operation, and other aspects. Below is a detailed explanation of the requirements for turbidity measurement equipment. Performance Requirements Measurement Range: Turbidity measurement equipment should have a wide measurement range to accommodate the measurement needs of different turbidity water bodies. The common measurement range is...

The MCC200 multi-parameter controller, meticulously developed by Daruifuno, is a high-performance online control device designed specifically for water quality parameter monitoring. This multi-channel digital universal controller has emerged as a leader in the field of water quality monitoring, thanks to its exceptional performance and broad applicability. Equipment Introduction The MCC200 multi-parameter controller supports the simultaneous connection of 4 or 8 digital sensors (this...

Introduction Conductivity, a measure of a material's ability to conduct electric current, is a critical property in numerous industries. From water treatment to chemical production and food processing, conductivity plays a vital role in ensuring the quality, consistency, and safety of various processes and products. How Conductivity Works The conductivity of a material is determined by the concentration and mobility of ions within it. In pure water, for example, the conductivity is low because...