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Deepening Technological Exchange and Jointly Exploring Process Innovation | The National Engineering Research Center for Ultrafine Powders of East China University of Science and Technology Paid a Visiting Inspection and Exchanges to Our Company

Jun 29,2026

Recently, a team of experts from the National Engineering Research Center for Ultrafine Powders at East China University of Science and Technology paid a visit to our company to conduct a specialized technical inspection and hold an exchange seminar. Both sides focused on… Nanometer-Scale Calcium Carbonate Drying Process In-depth discussions were held on key topics such as core technologies, process optimization, and mass‑production applications. Grounded in cutting‑edge industry standards, participants jointly explored new pathways for the refined, high‑quality production of ultrafine powder materials. The company’s technical director, along with its core R&D and production‑technology leaders, provided full‑time support and actively participated in the exchanges.

During the exchange, the visiting expert team conducted an in-depth on-site assessment of our company’s production workshops, R&D center, and process‑testing facilities. They focused on key areas—including equipment configuration for the powder‑drying process, control of process parameters, precision management of finished products, energy‑consumption optimization, and the stability of large‑scale production—carrying out meticulous investigations. They also sought detailed information on the technical principles underlying our drying process, its innovative features, its advantages in mass production, and its current applications across the industry.

Drawing on years of R&D and manufacturing expertise, our technical team provided a comprehensive overview of the company’s technological advancements in nano‑scale calcium carbonate drying, highlighting process improvements and core competitive advantages. Addressing key industry challenges—such as agglomeration, particle size distribution inconsistencies, and excessive moisture content that commonly arise during the drying of ultrafine powders—the team detailed our proprietary solutions and refined control systems, thereby fully demonstrating our deep technical foundation and innovative capabilities in the field of powder material production.

Following on-site inspections and in-depth discussions, the expert team from the National Engineering Research Center for Ultrafine Powders at East China University of Science and Technology commended our company’s technical expertise, process capabilities, and production capacity. Highly recognized and fully affirmed Based on this efficient technical collaboration, both parties have reached a consensus on deepening their cooperation. The research center team has explicitly expressed its intention to establish a partnership with our company. A long-term, institutionalized mechanism for technical exchange , continuously deepening technical discussions and collaborative process development in the ultrafine powder field. Meanwhile, to further advance technology implementation and process optimization, aligning with the application requirements of the high-end market, we have specially invited our company to leverage its existing technological strengths, production conditions, and industry standards to refine and streamline processes. Detailed Technical Plan for the Specialized Nanoscale Calcium Carbonate Drying Process , thereby laying a solid foundation for the two parties’ subsequent technological iterations, process upgrades, and in-depth industry–university–research collaboration.

This visit and exchange with a prestigious university‑based research team not only underscores their strong recognition of our company’s technological prowess and product quality, but also presents an important opportunity for us to leverage industry–university–research collaboration and drive technological advancement. Moving forward, we will continue to deepen our expertise in the field of nanomaterials, remain committed to innovation as our core engine of growth, and relentlessly refine our production processes while elevating product quality. We will also actively strengthen ongoing dialogue and in‑depth partnerships with academic research platforms, harnessing our robust technical capabilities to support high‑quality, innovative development across the industry.