XinYuan

Introduction

In the context of today's era, new materials have profoundly impacted various fields such as the global economy, technology, and the environment.

Diamond crystals exhibit excellent properties in mechanics, thermodynamics, electronics, and optics, along with good chemical inertness, making them renowned as all-round ultimate materials. The electrochemical performance of diamond is outstanding, characterized by high oxygen evolution potential, wide potential window, low surface adsorption, and high chemical stability. These features make it suitable for developing efficient electrochemical wastewater treatment and effective microbial disinfection techniques. These technologies can be applied in personal care disinfection, household environment disinfection (including kitchens, bathrooms, furniture, fruits and vegetables, washing machines), and public environment disinfection (such as offices, cinemas, swimming pools, school dormitories, hospital wards), providing professional care for our healthy and beautiful lives.

Team Introduction

Jiangxi Xinyuan New Materials Technology Co., Ltd. has assembled experts in the fields of superhard materials and vacuum technology, forming a pioneering team focused on the research and application of diamond electrode new materials. This ensures the company's continuous development in terms of technological level and product innovation. We have established long-term in-depth cooperation with the Institute of Artificial Crystals of China National Materials Group Corporation (hereinafter referred to as the Crystal Institute), both committed to research on new materials, achieving significant results in the application of CVD diamond film technology.

The company's Technical Director, Professor Xuan Zhenwu, is a recipient of the Special Government Allowance of the State Council. Since 1987, he has been dedicated to the research and development of CVD diamond technology and its industrialization. He has made outstanding contributions to the field of CVD diamond functional materials and has been awarded the National Scientific and Technological Progress Second Prize and the Ministerial-level Scientific and Technological Progress First Prize. In 2019, he was awarded the "Commemorative Medal for the 70th Anniversary of the Founding of the People's Republic of China" for his outstanding contributions.

Under his leadership, the team has solved technical problems related to the preparation, processing, and equipment of diamond film electrodes, laying the foundation for large-scale production. In the new round of technological innovation, we will continue to be market-oriented, driven by innovation, remain true to our original aspirations, pour in passion, and dedicate ourselves to the development of diamond materials and applications, striving for our team's common goals.

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Boron-doped diamond film (BDD) material:

    Water molecule reconstruction technology can instantly electrolyze water molecules and reconstruct strong oxidizing groups such as hydroxyl radicals (OH), ozone (O3), oxygen atoms (0), and hydrogen peroxide (H2O2). The comprehensive oxidation potential is much higher than conventional chemical factors, and it can effectively sterilize and decompose organic matter; during the reconstruction process, it can also produce hydrogen (H2) that is beneficial to human health, providing a broader imagination for the development of medical and general health industries. . Enable diversified scenario applications and empower high-quality development of the industry

Oxidation potential of oxidizing groups:

    The oxidation potential of an oxidizing group refers to the potential difference required for the oxidation reaction of an oxidizing group (such as a hydroxyl group, an amine group, etc.) under certain conditions. Oxidation potential reflects the relative ease with which a substance is oxidized.