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Views: 0 Author: Site Editor Publish Time: 2025-08-18 Origin: Site
On August 14,2025, a delegation led by Academician Zhan Wenlong from the Institute of Modern Physics at the Chinese Academy of Sciences visited Jiangsu Mrisen High-tech Material Co., Ltd. (hereinafter referred to as "Mrisen") in Kunshan, China, for academic exchanges and guidance. The visit focused on specialized discussions regarding the R&D and industrial application of high-purity metal materials. Zhou Anbang, General Manager of Mrisen, along with the core technical team, warmly received the delegation and delivered a special presentation on their core products and technological achievements.
Focus on the front line, jointly explore high purity material innovation breakthrough
During the exchange, Mrisen's technical team provided Academician Zhan Wenlong and his delegation with a detailed introduction to the company's core strengths and R&D achievements in high-purity metal materials. As a company specializing in high-purity base materials, Mrisen integrates production manufacturing, system services, and cutting-edge R&D. The team highlighted their independently developed "Target impurity removal Technology" ——, which successfully overcame traditional process bottlenecks to achieve high-quality, high-yield, and efficient green production models while meeting zero-emission targets, setting a new benchmark in the field of high-purity metal purification.
Academician Zhan Wenlong and his delegation gained in-depth understanding of the outstanding performance and industrial applications of Mrisen's core products. The company's high-purity materials are widely used in the fields of superconductivity and semiconductors. Among them, the key indicator RRR value of high-purity copper has been tested and certified by multiple authoritative institutions in China, reaching the industry-leading level.
Looking to the future, we discuss the application prospect of heavy ion technology
Academician Zhan Wenlong systematically elaborated on the industrialization prospects of heavy ion accelerator technology, leveraging the performance advantages of high-purity copper materials. He emphasized that heavy ion beams demonstrate significant advantages in cancer treatment: By precisely regulating ion energy, they can ensure the Bragg peak is accurately localized in tumor targets, achieving a "precision-targeted" therapeutic effect. Compared to traditional radiotherapy, this technology not only maximizes protection for normal tissues at the tumor's front but also effectively shields healthy tissues behind it from radiation damage. Notably, beam transmission components made from high-purity materials are expected to become a critical breakthrough for enhancing accelerator performance.
During the technical exchange session, attending experts focused on two key discussions: 1) The application potential of "Target impurity removal Technology" in purifying specialty metals such as zirconium and niobium; 2) Upgrade pathways for critical components in heavy ion devices. The corporate R&D team explicitly stated their commitment to continuously optimizing existing purification process systems to meet material performance requirements under extreme operating conditions.
Deepen exchanges and jointly forge the future of high purity materials
Mrisen 's management expressed heartfelt gratitude to Academician Zhan Wenlong and his delegation for their insightful guidance and valuable suggestions. The company's management stated: "The expertise from the academician team perfectly embodies our philosophy of' achieving what others cannot and reaching where others fall short.' We will continue to drive development through technological innovation, support major national scientific projects, and contribute Chinese strength to advancing the global high-purity materials industry."
