In laboratories and industrial processes worldwide, the pH meter remains a cornerstone instrument for measuring acidity and alkalinity. The latest generation of these devices has evolved far beyond simple probe-and-display units, integrating advanced digital technology for unprecedented accuracy, connectivity, and ease of use.

The electromagnetic flow meter with union connection is designed for applications that require easy installation, quick maintenance, and reliable flow measurement. By adopting a union-type coupling structure, the meter ensures a secure and leak-free connection while allowing the sensor to be removed without dismantling the entire pipeline. This makes it ideal for systems where frequent inspection or cleaning is needed.

Featuring high measurement accuracy and excellent stability, the union-connected electromagnetic flow meter is suitable for conductive liquids such as water, wastewater, chemical solutions, food-grade mediums, and slurry with low solids. The device is equipped with advanced signal processing technology, offering a wide turndown ratio, strong anti-interference capability, and long-term operational reliability.

Its compact design, corrosion-resistant liners, and multiple electrode materials make it adaptable to various industries including water treatment, HVAC, chemical dosing, agriculture irrigation, and industrial process control. The union connection design reduces installation time and cost, making it an efficient solution for modern fluid management systems.

The Ultrasonic Open Channel Flow Meter is a highly reliable and non-contact instrument designed for accurate flow measurement in open channels, canals, and water treatment systems. Using advanced ultrasonic technology, the device continuously measures the liquid level above a primary structure—such as a weir or flume—and converts it into flow rate through a built-in hydraulic formula.

A wall-mounted ultrasonic flow meter is an advanced, non-intrusive flow measurement device designed for reliable, accurate, and long-term monitoring of liquid flow in closed pipelines. Using transit-time ultrasonic technology, it measures flow velocity from outside the pipe—without the need to cut the pipe or interrupt the process. This makes it an incredibly convenient and efficient solution for a wide range of industrial and commercial applications.