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...sensor 1. Applications The fluorescence dissolved oxygen sensor uses a new generation of fluorescence lifetime technology. Kacise independently develops high performance fluorescent materials. No anaerobic c...
... gas sensor. The sensor has high sensitivity to organic volatile gases such as formaldehyde, benzene, carbon monoxide, ammonia, hydrogen, alcohol, cigarette smoke, flavor and so on. After aging, debugging, c...
... Systems Sensing Principle: It is a catalytic type gas sensor, which detects gas concentration through the catalytic reaction of the sensor element. Target Gases: Hydrogen, methane, butane, propane and other...
Liquid Flow Sensor 0 ~ 2 ml/min Female, 1/4"-28 (6.35mm) Flat Bottom, UNF Polyphenylene Sulfide (PPS)...
...sensor uses a new generation of fluorescence lifetime technology. Kacise independently develops high performance fluorescent materials. No anaerobic consumption, no flow restrictions, no electricity required...
... develops high performance fluorescent materials. No anaerobic consumption, no flow restrictions, no electricity required. The solution requires no maintenance and calibration, no hydrogen sulphide, and exce...
...sensor uses a new generation of fluorescence lifetime technology. Kacise independently develops high performance fluorescent materials. No anaerobic consumption, no flow restrictions, no electricity required...
...sensor uses a new generation of fluorescence lifetime technology. Kacise independently develops high performance fluorescent materials. No anaerobic consumption, no flow restrictions, no electricity required...
...film semiconductor gas sensor, which has extremely high sensitivity to organic volatile gases such as formaldehyde, benzene, carbon monoxide, ammonia, hydrogen, alcohol, cigarette smoke and flavor. After agi...
... develops high performance fluorescent materials. No anaerobic consumption, no flow restrictions, no electricity required. The solution requires no maintenance and calibration, no hydrogen sulphide, and exce...
... develops high performance fluorescent materials. No anaerobic consumption, no flow restrictions, no electricity required. The solution requires no maintenance and calibration, no hydrogen sulphide, and exce...
...sensor uses a new generation of fluorescence lifetime technology. Kacise independently develops high performance fluorescent materials. No anaerobic consumption, no flow restrictions, no electricity required...
...using sensors with different principles according to different measurement ranges and the latest microcomputer processing technology. Application Areas It is used for on-line detection of oxygen content in h...
... NDIR sensor with patented technology The instrument adopts the non-dispersive infrared (NDIR) sensor independently developed by RAE, and has a number of international patents Excellent performance Detection...
...Equipped with upgraded glass electrodes and high-sensitivity sensors to monitor dissolved hydrogen concentration precisely, with an accuracy of ±0.01ppm. 2.Wide Measurement Range Measures hydrogen levels fro...
... optimization. ✅ Wide Measurement Range Effectively produces hydrogen concentrations ranging from 1200ppd to 2400ppd, ensuring strong antioxidant effects suitable for all age groups. ✅ Smart & Portable Desig...