The SparShine™ Advantage
Spartan Tool manufactures all of its drain cleaning cable using a proprietary type of wire that we call SparShine™. Bright, shiny and attractive when it first comes out of the box, SparShine™ is more than just a pretty drain cleaning cable. The speciality wire that we use to form SparShine™ is among the highest grade wire available from North American wire mills. The "shine" of SparShine™ comes from a chemical process that impregnates zinc and other elements directly into the wire. It is not a mere coating, and thus will not scratch or wear off over time.
What SparShine™ delivers for our customers is first of all a drain cable that will not rust. Whether in the machine's drum or on your storage shelf awaiting frst use, SparShine™ will not succumb to the oxidation process that accompanies all other manufacturer's drain snakes. Thus, it will never fail due to rust, which eventually happens to even the most careful operator's cable from our competitor's.
SparShine's unique manufacturing process also renders it resistant to acids and bases -- Liquid Plumber and Draino, respectively. A normal drain cable will crystallize within a few days to a week of exposure to acids and bases. This crystallization will cause quick failure of the cable the next time it is strongly torqued into a clog, either by shearing or kinking that cable. But SparShine™ resists this process, dramatically extending the life of your cable even when the homeowner doesn't fess up to having used one or both of these common over-the-counter drain cleaners.
Matched with Spartan Tool's unparalleled cable coiling quality control process, precision controlled in-process stress-relieving, and the exacting abilities of the most modern CNC coiling machines, Spartan Tool's SparShine™ drain cables cost a little more, but deliver far better return on your investment than any drain cables on the market through a combination of strength, exacting quality control and for the first time ever, adressing the two most common causes of drain snake failures.
