Electrode Introduction
This dissolved oxygen electrode is based on fluorescence optical technology
The sensor is developed and manufactured in accordance with the internationally approved ASTM method d888-05
The sensor integrates low-consumption optical technology with minimal maintenance costs
The electrode does not consume oxygen, allowing accurate measurement under all conditions,
especially in environments with very low oxygen concentrations
Stainless steel or titanium alloy body options available, suitable for any harsh environment 

Features
No need to replace membranes or electrolytes, essentially maintenance-free
Does not consume oxygen, no flow rate or agitation requirements, immune to cross-interference from substances 
Digital sensor with strong anti-interference capability, high stability, and long transmission distance
New thickened fluorescent coating extends storage and service life by more than 3 times
Body material options include 316L/titanium, meeting demands for applications such as marine aquaculture