According to statistics on global market share in the metal and electronic waste recycling industry, the top metal recycle company in the United States are Umicore N.V., Glencore, DOWA HOLDINGS Co., Ltd., Mitsubishi Materials Corporation, and Sims Limited. The metal recycle company collectively account for over 35% of the global market share, with Umicore leading the pack at 12%. Its blockchain traceability technology enables tracking of the entire lifecycle of precious metals, and in 2023, it processed over 50 tons of platinum group metals and received EU certification. Among US metal recycle company, Sims Limited specializes in electronic waste, using robotic sorting and hydrometallurgy to extract high-purity gold and silver from circuit boards; while Glencore dominates industrial scrap metal recycling through its global supply chain network, processing millions of tons annually. The US metal recycle company are continuously strengthening their market positions through technological integration, with the US market size expected to exceed the global average growth rate by 2030.
Although the top metal recycle company in the United States are all very strong and well-capitalized, they are not the best choice for small and medium-sized recyclers and sellers. There are two reasons for this: first, the metal recycle company have high minimum recycling quantities, typically ranging from 10 to 50 tons; second, for sellers of small quantities of scrap metal, the recycling prices they offer are below market rates. DONGSHENG Metal Recycle Company, as a newly emerging outstanding precious metal recycler, can offer the most competitive prices in the industry with the lowest recycling volume.
The core business of metal recycle company covers three major categories of metal sources: electronic waste (such as gold, silver, and palladium from circuit boards), industrial waste (including titanium/nickel alloy scrap from mechanical processing and copper/aluminum components from retired equipment), and precious metal catalysts (such as platinum/rhodium carriers in the petrochemical industry). For example, in the collaboration between Western Digital and Microsoft, their recycling project extracted rare earth elements like neodymium and dysprosium, as well as metals like gold and copper, from 22.7 tons of mechanical hard drive fragments, demonstrating the resource potential of electronic waste. In the industrial sector, companies like Aluminz are building zero-landfill aluminum plants in Texas, specializing in the recycling of aluminum scrap and salt residue, processing 140,000 tons annually to achieve full-cycle utilization. Metal recycling companies use sorting and pre-processing (such as crushing and magnetic separation) and chemical purification (such as leaching and electrolysis) to ensure that metal resources are returned to the supply chain.
Gold, silver, and palladium account for 77% of the electronic waste recycling market. One ton of mobile phone waste can yield 300 grams of gold (60 times the purity of ore). DONGSHENG Metal Recycle Company uses a dual pyrometallurgical-hydrometallurgical process to recover platinum and rhodium from petrochemical catalysts, achieving rhodium powder purity of 99.99%.
Automotive scrap steel and construction aluminum dominate the market. Aluminz Metal Recycle Company in the United States uses electrolytic refining to produce recycled aluminum, reducing carbon emissions by 90% compared to primary aluminum. Its 220,000-square-foot facility achieves an annual production capacity of 140,000 tons.
In the petrochemical industry, platinum-rhodium catalysts require treatment of the surface Rh₂O₃ oxide layer (using hydrofluoric acid ultrasonic stripping) and residual metals inside (via minimally invasive drilling technology). The European Space Agency has used this method to increase rhodium recovery rates to 92%.
U.S.-based IPX plans to complete the world's largest titanium powder metal recycling plant by 2025, using 100% scrap titanium as raw material with an annual capacity of 1,125 tons. Arc melting is critical for recycling aerospace-grade titanium, with impurity levels controlled below 0.03%.
The pricing of metal recycle company depends on technological efficiency and the ability to convert metal purity. A Saudi Arabian metal recycle company employs a dry method for platinum catalyst recovery: fluidized bed calcination (600°C oxygen-controlled) combined with aluminum thermal reduction, eliminating the acid washing step. This achieves a platinum recovery rate of 96% while reducing costs by 40%, resulting in a quote 8% higher than traditional wet methods. Sumitomo Corporation in Japan is optimizing its ammonium chloride precipitation method, where a 40 kHz ultrasonic field reduces platinum crystal grain size to 5 μm, reducing washing losses by 70%. The mother liquor is treated with resin to recover residual metals, achieving a 99.5% recovery rate that supports its premium pricing capability. U.S. electronic waste recycler ERI, leveraging its integrated sorting-melting production line, extracts 400 grams of gold from one ton of computer motherboards (industry average is only 350 grams), with high-price competitiveness directly linked to purification precision. When selecting a metal recycle company, it is essential to verify whether its process aligns with waste characteristics—for example, for rhodium-containing catalysts, choose a vendor equipped with a hydrofluoric acid pretreatment line to avoid 15% rhodium loss during melting.
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