Business
Luxium Lab Results and Furnace
Luxium Lab Results and Furnace.
About this update from Nrp Stone, Inc.
[{"type":"text","content":"Tuesday, September 10, 2019, Draper, UT – NRP Stone, Inc. is pleased to report that the yield sign temporarily placed on the company’s symbol was removed after correcting the error found by the OTC. The company is again trading with a green light designation. NRP Stone is also pleased to release additional information on lab testing of the Luxium nanoparticles on high-tension electrical wires. Initial testing of a one-to-three atom thick coating of Luxium was applied on the outside of several electrical wires having different degrees of oxidization. Conductivity testing ensued. The results clearly showed increases in conductivity and reductions of resistance. After examining the data, the scientists now believe that slightly modifying the formulation of Luxium for greater tarnish resistance can improve Luxium’s performance for this application. It has become clear to NRP Stone that the production of Luxium has as much to do with the proprietary process, how-it-is-made, as it does with the formulation and ingredients used to form it. Understanding this concept means that certain of Luxium’s characteristics can be altered or enhanced in order to meet particular specifications provided by different companies in order to meet their specific needs or goals.As a result, the scientists have decided to reformulate Luxium with the expressed purpose of reducing tarnish even further than it already is. If they are successful, a reformulation could increase efficiencies and potentially create additional applications. The scientists believe that another formulation, or generation, of Luxium can have the same conductivity quality as the first, with the hope of achieving a near tarnish-proof form of Luxium. They will refer to this formulation as Gen2. This second generation of Luxium would be designed specifically for exposed high-tension power lines, which are subject to harsh environmental conditions, including sulfur dioxide, the most common cause of tarnish.A date for reformulating and producing the Gen2 Luxium was scheduled with the California lab where Luxium has been produced in the past. However, prior to their arrival, the lab informed the scientists that the furnace that they had previously used caught fire and was destroyed. Because of the replacement time, the scientists have elected to set up their own lab furnace proxim...