Abstract
The development of new materials is driven by the search to improve and make more practical the life of man. One of the methods implemented is the electrochemical technique, in which having the ability to hermetically seal the working tools for testing new materials is very important. To evaluate the effectiveness of the seal it is necessary to carry out tests that evaluate the electrochemical flow, which allow to relate it to the behavior of the material to be analyzed. The objective of this project is to design and manufacture an Teflon insulating device (coupler or electrode holder), which can be placed on the test axis of the Rotating Disc Electrode machine, Princeton Applied Research; From the previous approaches, it is deduced the need to develop a prototype that helps to evaluate the electrical potential of the material in said equipment to be analyzed and that this assures various aspects such as functionality and ease of use.
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