The labForce CC-04 Conductivity/Temp. Electrode/Tester/Sensor uses a unique BPB (Brush-resistant Platinum Black) conductivity sensor technology, ensuring a high accuracy in a wide range of conductivity measurement.
The labForce CC-04 Conductivity/Temp. Electrode/Tester/Sensor uses a unique BPB (Brush-resistant Platinum Black) conductivity sensor technology, ensuring a high accuracy in a wide range of conductivity measurement.
The labForce REF-01 Double Junction Reference Electrode Reference Solution: options of the first salt bridge solution and the second salt bridge solution Reference Electrode: Ag/AgCl Junction: Ceramic Dimension: &Phi12x155mm Compatible labForce
The labForce REF-01 Double Junction Reference Electrode Reference Solution: options of the first salt bridge solution and the second salt bridge solution Reference Electrode: Ag/AgCl Junction: Ceramic Dimension: &Phi12x155mm Compatible labForce
The tendency of oxidation-reduction reactions is to proceed to an equilibrium state. These reactions occurring in electrochemical cells provide another way for us to express the driving force in chemical reactions.
The tendency of oxidation-reduction reactions is to proceed to an equilibrium state. These reactions occurring in electrochemical cells provide another way for us to express the driving force in chemical reactions.
Oakton has a large selection of ion-selective electrodes (ISEs) to suit a wide variety of applications. Each electrode has a typical response time of 20 to 30 seconds but will vary with solution concentration.
Oakton has a large selection of ion-selective electrodes (ISEs) to suit a wide variety of applications. Each electrode has a typical response time of 20 to 30 seconds but will vary with solution concentration.