A revolutionary new contact cleaner liquid using 3nm nanodiamonds.
World’s smallest 3nm nanodiamonds based contact improver
This wonderful liquid, completely different from previous contact cleaner, is an electrical junction restructuring fluid based on the most advanced nanotechnology. Compared to our previous phonon LIQUID, the particles size are even smaller. and its concentration is 7 times more! Deterioration of the sound quality due to oxidation won’t occur as LIQUID is oil-free, and furthermore, unlike grinding-based enhancers, you do not need to worry about shaving the contact surface of your gears. You will most certainly be amazed at the sound quality amelioration and appreciate how the liquid transformed several single point-contacts to a whole surface one. Try to apply LIQUID to your audio system electric contacts and you will realize how they were actually under-performing.
Characteristics
The microscopic particles contained in the PHONON LIQUID 3n are unique and extremely small dispersing elements. The initial particles are pseudo-spheric and covered on the surface with conductive bodies, which significantly lowers impedance at higher frequencies. They show a surface adsorption activity which provides an anti-static effect. In addition, they manage to keep their performance stable as they do not settle out in the liquid. Thanks to all of these characteristics, a great improvement will be achieved with the audio and video quality of your equipments when the liquid is applied to their electrical contacts. Electrical conductivity is proportionate to the product of the electronic density and electronic mobility. The electronic density will be decided by the quality and property (resulting from the material and how it is processed) of the metal.
Diagram:1
Single crystalline materials, because of the uniformity of their crystal faces, are like a paved road on which mobility is smooth and electron speed high. On the other hand, multi-crystalline materials present many gaps at the boarders between each group of crystal grains they are made of, making it difficult for the electrons to move smoothly, just as if they were slowed down on a uneven road. Electrons are even slower on amorphous materials which have no even bonds, as they are moving on the equivalent of a dirt road. As smooth and clean the surface of an electric contact can seem, it is in fact very rough and looking like a “dirt road” at the nano level. When those get in contact, only single points touch each other, thus preventing a normal transfer of electrons. By filling that “dirt road” with unique 3nm (1/10,000 the width of a hair) particles of nanodiamonds and homogenizing the surface (Diagram:2), you will transform such “bumpy road” into a beautifully paved one which will allow a faster electron mobility (Diagram:3).
