Against the backdrop of accelerated iteration in the global new energy industry, silicon-carbon anode materials, as core and critical components of lithium-ion batteries, are entering a pivotal window period for technological
breakthroughs and large-scale commercial application. Meanwhile, the graphite industry, serving as the
cornerstone of the new energy materials industrial chain, is confronted with new propositions including
structural optimization, green upgrading, and transformation towards high-value-added development.
To break down the barriers between the upstream and downstream of the industrial chain, assemble top-tier wisdom in the industry, and resolve bottlenecks in technology and industrialization, the 6th China Silicon-Carbon Anode Materials & Graphite Industry Development Conference 2026 is scheduled to be grandly convened in Qingdao, Shandong Province from March 26 to 27, 2026. This conference covers the full industrial chain of silicon-carbon anode materials and graphite sectors, focusing on four core dimensions: technological innovation, process upgrading, supply-demand matchmaking, and capital integration. It convenes authoritative industry experts, leading enterprise executives, professional researchers from scientific institutions, and elites across the upstream and downstream industrial chains, to jointly explore innovative development pathways and discuss win-win cooperation opportunities for the industry.
As a benchmark enterprise with outstanding influence in China’s powder magnetic separation and purification field,
Pursun Powder Technology Co., Ltd. will make a high-profile debut at this prestigious industry summit with its core
technologies and high-quality achievements, collaborating with all industry peers to explore business partnerships and pursue synergistic industrial development.
Pursun Powder Technology Co., Ltd. has been deeply engaged in the iron removal and purification of powder
materials for nearly two decades. As a specialized, refined, distinctive and innovative high-tech enterprise integrating the
R&D, manufacturing and sales of magnetic separation equipment, the company has always regarded technological
breakthroughs and independent innovation as its foundation, empowering the new energy material industry to
achieve quality improvement, efficiency growth and green development with high-end equipment strength.
The independently developed ZR0709 series electromagnetic powder iron removal equipment boasts core advantages
including high magnetic field gradient, strong magnetic performance and customized structural design. It enables
precise and efficient iron removal from high-purity powder materials, can replace part of traditional
high-pollution pickling processes, and achieves leapfrog innovation in physical iron removal and purification
technology. As early as 2011, the core technical parameters of this product passed the expert evaluation
organized by the Provincial Department of Industry and Information Technology, reaching the internationally
advanced level and winning wide recognition from customers at home and abroad as well as upstream and downstream
partners in the industry.
Pursun’s Magnetic Separation Technology Empowering the Silicon-Carbon Anode & Graphite Industry.
Summary:
Against the backdrop of rapid iteration in the global new energy industry, the 6th China Silicon-Carbon Anode Materials & Graphite Industry Development Conference 2026 will be held in Qingdao on March 26–27, 2026, focusing on technological innovation, process upgrading, supply-demand matchmaking, and capital integration across the full industrial chain. As a benchmark enterprise in China’s powder magnetic separation and purification field, Pursun Powder Technology Co., Ltd. will attend the conference to showcase its core technologies. With nearly two decades of experience, Pursun has developed the ZR0709 series electromagnetic powder iron removal equipment, featuring high magnetic field gradient, strong magnetic performance, and customized design. Recognized as reaching internationally advanced levels since 2011, the equipment enables precise iron removal from high-purity powder materials, replacing traditional high-pollution pickling processes and supporting the green, high-quality development of the new energy material industry.
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