PRODUCTS
Through continuous innovation and development,we strive to provide customers with diversified one-stop service solutions
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Y700-A Digital Depth Sensor
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Y517-A/B Oil in Water (PAH) Sensor
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Y532-A Digital pH Sensor
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Y522-A Low Range Turbidity Analyzer
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Y511-A Self-cleaning Turbidity Sensor
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Y551-B/C UV254 COD Sensor
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Y561-A Ammonium ISE Sensor
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Y505-A Dissolved Oxygen Sensor for Aquaculture
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Y504-A Online Optical Dissolved Oxygen Sensor
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Y508-A Dissolved Oxygen Probe Auto Cleaning
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Y523-A Online Conductivity(Salinity) Sensor
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Y534-A Low Range Color Sensor
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Portable ORP Meter
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Y600-A&Y532-A Handheld pH Meter
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Y600-A&Y521-A Handheld Electrical Conductivity Meter
OUR ADVANTAGES
WHY CHOOSE US
Yosemitech smart sensors
Yosemitech sensors provide accurate data during long-term deployments with customizable options to meet any water quality monitoring challenge.
Controllers and systems
The best sensors rely on reliable, rugged, accurate data loggers and remote monitoring systems.
Flexible designs
Our engineering team can customize our products or bring your design ideas to final product.ABOUT
COMPANY PROFILE
APPLICATION
NEWS
Understanding the Conductivity of Distilled Water
Explore the conductivity of distilled water—understand its low ion presence and importance across labs and industries. Discover what affects distilled water's ···
Understanding what distilled water is helps appreciate its role in various scientific and industrial processes. Its purity is key to many critical applications.
UV COD sensors play a vital role in this process. These sensors measure chemical oxygen demand (COD) in water. COD is a key indicator of water pollution levels. The working principle of UV COD sensors is fascinating.
In this blog post, we’ll explore how to measure conductivity in water, what factors can affect the measurement, typical conductivity values in different water types, and important considerations to keep in mind before taking a reading.