Generally called upon hereunder as “precious metal recycling or reprocessing,‒ the main aim of precious metal recycling or reclamation in the industrial sector is to recycle, recondition and reuse precious metals in electronic circuit board (e.g., personal computer and other peripheral board) scrap which otherwise would otherwise be wasted, wistfully. This process also ensures a much safer environment at work and at home for the workers and family. Recycling of precious metals is cost-effective and environment-friendly because by reusing rather than disposing of precious metals, companies and individuals to help in reducing precious metals waste by reducing the volume of heavy mineral and smelting scrap. This also helps in reducing the risk of chemical contamination of drinking water and landfills. Also, the precious metal recyclers of precious metals such as copper, nickel, cobalt, zinc, iron, aluminum, tin, and mercury are doing their bit in saving our precious planet by not using precious metals in manufacturing.Learn more about them at Gannon & Scott, Inc.-Precious Metals Reclamation.
There are several important steps involved in precious metals reclamation. First, the entire process starts by collecting unwanted electrical power wire, loose gold plating, and brass tubing and melting these metals using extreme temperature and pressure in a dedicated stainless steel tank. Once the metals are melted down, they are sent to a specialized processing unit for thorough heating treatment. The processing unit uses heat-treating agents to remove all the impurities from the materials. Once the metals have undergone this treatment, they are sent to a recycling company. The recycling company then transforms the waste material into various useful products such as gold nuggets, silver flakes, plastic etc.
Another important, precious metals reclamation activity is the manufacturing of printed circuit boards. This major process helps the steel industry to generate cost-effective solution for their needs. Steel fabricators use this process to produce top quality yet economical printed circuit boards that help them compete with the highly competitive market. Other industries also utilize this major process to manufacture copper, brass, stainless steel wire, nickel chrome coated film, and nickel alloy.