Contact Conduction Agent
A contact conduction agent developed to improve the conductivity between the battery and terminal originally developed for fence cars. Improves electrical conductivity by forming a very thin coating layer on the metal surface to increase current flow utilizing the concept of tunneling-effect (* ). It also has a rust prevention effect, preventing oxidation of the terminal and battery contacts.

*Tunnel effect:
When a thin insulating layer (barrier) is sandwiched between two types of metal and a voltage is applied to both ends, a current begins to flow when the insulating layer becomes extremely thin, on the order of nanometers (nm).

(*) Tunneling Effect
A phenomenon in which current flows through when a voltage is applied to both ends of metals sandwiching a thin insulating layer (barrier) when the thickness of the insulating layer is extremely thin, on the order of nanometers (nm).

Contact Conduction Agent
A contact conduction agent developed to improve the conductivity between the battery and terminal originally developed for fence cars. Improves electrical conductivity by forming a very thin coating layer on the metal surface to increase current flow utilizing the concept of tunneling-effect (* ). It also has a rust prevention effect, preventing oxidation of the terminal and battery contacts.

*Tunnel effect:
When a thin insulating layer (barrier) is sandwiched between two types of metal and a voltage is applied to both ends, a current begins to flow when the insulating layer becomes extremely thin, on the order of nanometers (nm).

(*) Tunneling Effect
A phenomenon in which current flows through when a voltage is applied to both ends of metals sandwiching a thin insulating layer (barrier) when the thickness of the insulating layer is extremely thin, on the order of nanometers (nm).