Ph Sensor Flow Cells

In the field of water quality monitoring and analysis, Daruifuno's water quality instrument development team has stringent requirements on the performance of sensors, especially for waterproof sensors, pressure-resistant sensors, and air-tightness. We adhere to the concept of practice to gain true knowledge and continue to explore and optimize. To achieve this goal, we use innovative pipeline installation methods to cleverly integrate various types of sensors and probes (including but not...

Overview As a high-precision water quality monitoring device, the signal detection process of fluorescent dissolved oxygen sensor involves knowledge and technology in multiple fields such as optics, electronics and signal processing. This article will introduce the signal detection process of fluorescent dissolved oxygen sensor in detail, including the generation and irradiation of excitation light, the generation and emission of fluorescence, the detection and signal conversion of...

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,...

Overview Water quality is a critical factor in environmental protection, industrial processes, and public health. Effective monitoring and control help maintain safe drinking water, optimize industrial processes, and ensure environmental compliance. Modern water quality sensors, such as pH sensors, ORP sensors, conductivity sensors, and dissolved oxygen sensors, provide real-time data for accurate water management. 1. Importance of Water Quality Monitoring Water contamination can have serious...