Silver Audio Information

Since 1996, Silver Audio has continually re-invested its own assets towards one very important goal: To gain complete control over every aspect of our cable manufacture from the inside out. All our signal cables are 100% custom manufactured and from our own exclusive source of high purity silver ingot and virgin (non-recycled) PFA/FEP (Fluoropolymer type) dielectric materials. We do not "shop" for our materials from different vendors from one manufacturing run to the next. Thus absolute consistency and superior quality is always assured with Silver Audio. All conductors for our signal cables are drawn and co-extruded in our strictly Medical Grade, ASTM, ISO certified U.S. facility under the highest quality and tolerance standards in the world. Our signal wire is drawn through meticulously maintained diamond dies (as opposed to the more typical polished metal type) which when combined with a proprietary flushing process and no less than 7 tempering steps produces a perfectly smooth surface and dense, highly ordered crystal structure throughout the wire. Our method of drawing wire prevents the formation of microscopic air pockets, lateral fissures and other varying resistance artifacts to assure stable, predictable DC resistance and eddy current behavior. Our signal wire can also well tolerate repeated bending and twisting without forming creeping stress fractures thus Silver Audio cables are ready for top performance not only from the first moment of service but indefinitely into the future. Using one-of-kind extrusion technology, Silver Audio can produce fine gauge, solid core silver wire with the thinnest layer Fluoropolymer type insulations in the world; an enviable capability that can yield a wall thickness of less than 0.001 inch. Combining this feature with cutting edge, high performance conductor geometries and the unmatched dielectric properties of FEP and PFA polymers greatly reduces capacitance-related "signal ghost" anomalies inherent to all dielectrics and more common cable designs. Our thin-layer ...