Part 2: Fusion Technology; An extended explanation:
Resulting from several years of research, our new Fusion Technology is a breakthrough in metal conductor technology.
Our research led us to the conclusion that a number of important steps in the production process of metal conductors can be improved.
We found that:
The purity of the basic metals is essential. Any uncontrolled or unwanted impurity changes the signal transmission properties, such as the direction and/or speed of the information flow in the final conductor.
Impurities also create undesired metal structures which interfere with specific properties of the pure metal.
The speed of the temperature reduction during the last step of the wire manufacturing (i.e. when the final conductor including its silver coating passes the last dye) has a high influence on the final audio properties.
The steeper this temperature decay, the better: Too high temperatures for too long dramatically worsen the sonic result afterwards.
With the production of conductors it is essential to prevent deforming the metal structure. This means minimizing any mechanical vibrations of free lengths and to as much as possible avoid bending, twisting and winding.
Immediate insulation of the final product against oxidation or other chemical activities is essential to further avoid degradation and, with it, harshness in signal transmission.
Unfortunately there are other material parameters which we can not control so well. Especially the internal resistance against material deformation and displacement was an overlooked property, which is essential for high quality signal transmission.
It is generally accepted that a metal is just what it is, and that the resistance per volume unit is the only discriminating factor.
The idea that a metal conductor with electrons moving around in it can be seen as a highway where cars should be able to move in either direction without any obstruction, makes the idea of our research somewhat more clear. Too many bends and crossroads will slow down traffic...
From our research we concluded that:
The higher a conducting material’s resistance against deformation, the higher is the quality of its audio signal transfer.
Also the stability and durability of the signal transfer is higher and longer in conductors with a high internal resistance against material deformation and displacement.
However, mainly for economical reasons, soft metals like copper and silver are very popular: The production speed can be high, thanks to their relative softness and easy deformability.
It was time to design new conductors with a high internal deformation resistance.
Without bothering you too much about all research done, one of our findings was that the metal structure which we have baptised “Fusion Technology”, did exactly fulfil our requirements.
Our Fusion Technology conductor material is an amorphous alloy of Copper, Zinc and Silver blended in specific proportions. By smartly combining these three rather soft metals, the final structure is definitely “harder” than can be expected from each of the metals individually.
With our “Fusion Technology” we have designed a metal conductor material with:
A low electrical resistance due to enough free electrons per volume unit.
A high internal resistance against metal deformation.
A very high internal resistance against metal displacement.
A completely amorphous structure free from intercrystalline boundaries.
A laboratory scale production gave us extremely promising sonic results, and after some more improvements and fine tuning we started production in larger quantities.
The Conclusion:
The theoretical idea to create such a new type of conductor material was well conceived. Especially the Hybrid version (i.e. combined with our Linear Structured Carbon