Daniel Cell Basic. The set provides a hands-on demonstration of fundamental electrochemical principles. Made by Narika.

GSC International N-00018 : Daniel Cell Basic Made by Narika. Purpose: Designed for chemical battery experiments, the Daniel Cell Basic Set minimizes the use of chemicals and reduces waste fluid, saving time in post-experiment waste treatment. This makes it an environmentally considerate choice for classroom and laboratory use. Innovative Design: The set features separate positive and negative electrode cells that interact to generate electromotive force through controlled chemical reactions. This modern design replaces the traditional porous plate with a semipermeable membrane, allowing for a more compact and efficient setup. Historical Context: The Daniel cell, invented in 1836 by J. F. Daniel, was developed to address limitations of the Voltaic cell. It ensures a longer operational life by preventing hydrogen buildup, a key issue in the Voltaic cell, through the use of a separator. Chemical Process: The reaction involves zinc at the negative electrode undergoing ionization (Zn → Zn²