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Add Time:2025-12-04 View:152
As a top comprehensive research university in China, Peking University continues to lead innovation in new energy materials, quantum functional materials and catalytic science. In recent years, the School of Materials and the Institute of New Energy have focused on all-solid-state lithium cells, perovskite solar cells and monoatomic catalysts, and an urgent need for a heat treatment equipment that can accurately switch the reduction/oxidation atmosphere, has high temperature uniformity and high safety, so as to support the fine regulation of material surface chemical state, grain boundary structure and defect engineering.

As a top comprehensive research university in China, Peking University continues to lead innovation in new energy materials, quantum functional materials and catalytic science. In recent years, the School of Materials and the Institute of New Energy have focused on all-solid-state lithium cells, perovskite solar cells and monoatomic catalysts, and an urgent need for a heat treatment equipment that can accurately switch the reduction/oxidation atmosphere, has high temperature uniformity and high safety, so as to support the fine regulation of material surface chemical state, grain boundary structure and defect engineering.

The successful implementation of this project not only reflects the technical strength of our company in the field of high-end scientific research equipment, but also demonstrates our profound understanding of the pain points of basic science research. By providing highly reliable and flexible thermal equipment for top universities such as Peking University, our company continues to help China's original innovation in strategic areas such as new energy and quantum materials. In the future, we will continue to deepen the "industry-university-research" cooperation and promote the wide application of domestic high-end instruments and equipment in the world's first-class laboratories.
