Process Instruments

SISCO non-contact photo digital tachometer is a device used to measure the rotational speed of a shaft or disk in various applications such as cars, boats, motors, and more. It utilizes microcomputer technology (CPU), photo-electric technology, anti-interference technology, and other advanced technologies to achieve non-contact speed measurement.

Featuring a durable epoxy resin casing, the ammonium ion selective electrode offers long-lasting performance even under rigorous conditions. Also a separable ring-type ground joint enables easy liquid junction contact and further enhancing the reliability of measurements.

Digital handheld pH meter with factory price for sale. This pocket pH meter adopts a foldable structure, fits comfortably and securely in your hand. The measuring range of this foldable digital pH tester is 0.00~14.00pH, and automatic temperature compensation is 0 ℃~50 ℃. The display screen on the side of the handle, easy to see and read. Electronic pH meter often used in food processing, drinking water, and aquarium.

The pH glass electrode features an integrated K8S temperature probe designed for sterilization, enabling automatic temperature compensation for precise and reliable measurements. It delivers rapid and stable response times thanks to the use of highly permeable ceramic sand cores and a specially engineered sensitive membrane, ensuring quick and accurate detection.

SISCO portable ultrasonic flow meter uses non-destructive measurement and can complete the flow measurement of various liquids by simply sticking it on the surface of the pipe. Compared with traditional flow meters, the ultrasonic water flow meter does not need to break the pipe to stop the flow, and is easy and quick to install. It truly realizes non-destructive installation and is used for long-term online measurement of various liquid flows.

This potassium ion selective electrode a versatile and reliable tool for ion concentration analysis. Featuring a detachable ring-shaped junction, this electrode ensures minimizes the potential for contamination and allows for easy cleaning or replacement. This design contributes to long-term durability and accurate readings, even in complex sample matrices.

The copper ion selective electrode is designed to provide high precision and reliability for copper ion (Cu²⁺) concentration measurements in a variety of applications. Built with a salt membrane for enhanced sensitivity, the electrode provides highly accurate measurements with minimal drift over time.

The iodide ion selective electrode (ISE) is a dependable and adaptable instrument, engineered to accurately measure iodide ion concentrations across a wide range of solutions. With dimensions of Φ12×120 mm, this compact electrode is easy to handle and store, making it a perfect choice for both field and laboratory use.

The bromide ion selective electrode features a durable epoxy resin casing, providing enhanced protection and longevity in both laboratory and field environments. The ion electrode is a versatile and dependable tool for ion analysis in a wide range of scientific, industrial, and environmental applications.

The lead ion selective electrode features an optimal pH range of 4-7, making it ideal for mildly acidic to neutral environments, and a wide temperature range from 0°C to 80°C, ensuring reliable performance in diverse conditions. This electrode is suitable for a variety of applications, including environmental analysis, industrial processes, and laboratory testing.

The fluoroborate ion selective electrode is suitable for use in a wide variety of environments, from acidic to slightly alkaline conditions. The electrode maintains stable calibration and reliable sensitivity, making it ideal for use in environmental analysis, industrial processes, and laboratory research where precise fluoroborate ion detection is required.

The perchlorate ion selective electrode is designed for accurate and selective measurement of ClO₄⁻ ions in various aqueous solutions. The use of NaClO₄ as the standard solution ensures reliable calibration. The user-friendly design of the ISE makes it a versatile and efficient choice for routine and specialized ion analysis.