国产麻豆

REDWAVE, the center of excellence for recycling and sorting technologies within BT-Systems GmbH, has achieved another milestone for the metal recycling industry with its latest generation of REDWAVE XRF sorting machines. By integrating the proven Spectral Analysis technology into its market-leading REDWAVE XRF sorting system, the company is unlocking new opportunities for metal recycling, particularly in aluminum recovery. This system enhancement now enables the processing of a wide range of material streams, including ZORBA, e-scrap, used beverage cans (UBCs), IBA, and mixed metal fractions, while ensuring the accurate identification of aluminum alloys with high purity and quality. BT-Systems GmbH鈥檚 powerful REDWAVE XRF sorting machines have long been successfully used for separating aluminum and heavy metals such as copper, zinc, brass and lead. Until now, aluminum could only be separated based on accompanying elements like copper or zinc, making the precise identification and sorting of various aluminum alloys challenging. These technological limitations are now a thing of the past. By combining Spectral Analysis with XRF fluorescence technology in one REDWAVE sorting system, a broader spectrum of material composition can now be analyzed. Not only are individual element signals (peak-based analysis) detected, but the entire spectrum is also used to enable significantly more precise alloy separation. Compared to other technologies, this system is equally effective with materials that have contaminated surfaces, making it suitable for nearly all materials. This advancement opens up entirely new possibilities in aluminum separation and significantly improves material purity and recycling quality. The integration of REDWAVE Spectral Analysis into the REDWAVE XRF sorting system offers a multitude of benefits for companies in the metal recycling sector: Maximized Material Purity and Value Creation: Improved material quality through the concentration of aluminum alloys such as 6060/6063 or the sorting of aluminum series 1xxx鈥�7xxx increases market value and opens access to highly lucrative markets. Reduction of Contaminants: Spectral Analysis enables the detection of contaminants often found in aluminum streams, such as plastic, rubber, or wood. Increased Flexibility and Cost-Efficiency: One machine is sufficient to meet a wide range of sorting requirements. With a single machine, companies can separate heavy metals, stainless steel alloys, and now aluminum alloys. Future-Proof Design: Ability to adapt to new material requirements and market changes provides long-term investment security. By analyzing the entire spectrum, the system is equipped to handle new materials and challenges, ensuring flexibility to meet future recycling demands. Competitive Advantage and Higher Margins: Companies that extend their capabilities from conventional heavy metal sorting to the sorting of aluminum alloys can achieve 鈥減rimary aluminum鈥� specifications, strengthening their market position and securing higher margins. Technological innovation is a key factor in the sector鈥檚 progress, enabling companies to not only enhance their efficiency, but also contribute significantly to the circular economy. Advanced technologies like the REDWAVE XRF sorting system with Spectral Analysis unlock new potentials in metal recycling. For more information, visit www.redwave.com.