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... enamel, building materials, chemical industry, salt making and so on. It is used to measure the whiteness of objects, and can also measure the opacity, transparency, light scattering coefficient, light abso...
... enamel, building materials, chemical industry, salt making and so on. It is used to measure the whiteness of objects, and can also measure the opacity, transparency, light scattering coefficient, light abso...
... film uses nano-ceramic particles to achieve 99.6% reflectivity – the closest match to factory clear coats 3. Key Features: Active Corrosion Defense: Blocks salt and acid penetration. Warranty Transferable: ...
... design and dual-layer permeable interface resist medium backflow. The ceramic porous electrode exudation interface is less prone to clogging, making it ideal for common water quality monitoring. A PTFE larg...
... Temperature Sensor: OEM Housing Material: Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCL Liquid Junction: Porous Ceramic Double Salt Bridge System: Yes Connection Thread: PG13.5 Cable Length: 5m or...
... Temperature Sensor: OEM Housing Material: Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCL Liquid Junction: Porous Ceramic Double Salt Bridge System: Yes Electrolyte Solution: KCL Connection Thread: PG13.5 Cable Length: 5m or as...
... Sensor: OEM Housing Material: Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCl Liquid Junction: Double Porous Ceramic Double Salt Bridge System: Yes Connection Thread: PG13.5 Cable Length: 5m or as agreed Cable Connector: Pin,...
... Temperature Sensor: OEM Housing Material: Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCl Liquid Junction: Porous Ceramic Double Salt Bridge System: Yes Electrolyte Solution: KCl Connection Thread: PG13.5 Cable Length: 5m or as agreed...
... Sensor >>Overview The digital pH sensor features a dual salt bridge design with a double-layer permeable interface, offering excellent resistance to medium back infiltration. Its ceramic pore-structured ele...
...Environment RS485 4-20mA Digital pH Sensor >>Overview Features a dual-salt bridge design with a double-layer leaching interface, resistant to medium backflow. The ceramic porous electrode interface minimizes...
...: OEM Housing Material: Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCl Liquid Junction: Porous Ceramic Double Salt Bridge System: Yes Electrolyte Solution: KCl Connection Thread: PG13.5 Cable Length: 5m or as agreed Cable Connector: Pin, ......
... Temperature Sensor: OEM Housing Material: Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCl Liquid Junction: Porous Ceramic Double Salt Bridge System: Yes Connection Thread: PG13.5 Cable Length: 5m or as agreed Cable Connector: Pin...
... Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCl Liquid Junction: Double Porous Ceramic Double Salt Bridge System: Yes Connection Thread: PG13.5 Cable Length: 5m or as agreed Cable Connector: Pin, BNC,...
...: Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCl Liquid Junction: Porous Ceramic Double Salt Bridge System: Yes Connection Thread: PG13.5 Cable Length: 5m or as agreed Cable Connector: Pin, BNC,...
...: Glass Membrane Resistance: <800MΩ Reference System: Ag/AgCl Liquid Junction: Porous Ceramic Double Salt Bridge System: Yes Connection Thread: PG13.5 Cable Length: 5m or as agreed Cable Connector: Pin, BNC, or...
.../PT100/PT1000 Housing Material: PP (Polypropylene) Membrane Resistance: <800MΩ Reference System: Ag/AgCl Liquid Junction: Porous Ceramic Double Salt Bridge System: Yes...
... / PT100 / PT1000 Housing Material: PP (Polypropylene) Membrane Resistance: <800 MΩ Reference System: Ag/AgCl Liquid Junction: Porous Ceramic Dual Salt Bridge System: Yes Connection Thread: NPT 3/4...
...: NTC10K / PT100 / PT1000 Housing Material: Glass Membrane Resistance: <800 MΩ Reference System: Ag/AgCl Liquid Junction: Porous Ceramic Electrolyte Solution: 3.3M KCl gel Dual Salt Bridge System: Yes Connection...
... to medium back infiltration. The ceramic pore-structured electrode interface minimizes clogging and is optimized for monitoring in organic solvents and non-aqueous phase environments. Featuring a ......
...-permeable interface that resists back infiltration of media. The electrode's exudation interface utilizes ceramic pore parameters, minimizing clogging risks and making it suitable for monitoring common wate...