Metal Alloy Density Separation From Carbon Fiber

In this video, Jason demonstrates how a Mt. Baker Mining and Metals shaker table can effectively separate a dense metal alloy from a carbon fiber resin material. The sample, provided by a customer, represents a current waste stream but contains valuable metals that can be recovered. Using the principles of density separation, water, and vibration, the shaker table separates the heavy alloy into the #1 and #2 concentrate lines, while the lightweight carbon fiber washes into the tailings. No chemicals, heat, or pollution—just simple, clean, and efficient recovery! This particular sample was screened to 1/8” and ran flawlessly, leaving both materials extremely clean and ready for further processing or recycling. If you’re interested in testing a sample on our equipment or learning more about our solutions, feel free to email or call us today! For more info please email or call: Email: info@MBMMLLC.com Phone: 360-595-4445 Website: http://www.mbmmllc.com/ Patreon: http://www.patreon.com/MBMMLLC Facebook: https://www.facebook.com/MBMMLLC Instagram: https://www.instagram.com/mbmmllc/ Twitter: https://twitter.com/MBMMLLC Keywords & Hashtags: Metal recycling, shaker table, density separation, carbon fiber recycling, metal alloy recovery, sustainable recycling, waste stream processing, clean metal recovery, #MetalRecycling #ShakerTable #DensitySeparation #CarbonFiberRecycling #SustainableTech #MtBakerMiningAndMetals #WasteToValue #EfficientRecycling #MetalRecovery #GreenTech #RecyclingInnovation