Nanjing Weidun Jinglin
The synthesis of inorganic functional crystals forms a vital foundation in the fields of optics and electronics, and the purity of the solvent is a key factor determining crystal performance. Research into the hydrothermal and solvothermal synthesis of inorganic functional crystals has long been hampered by solvent impurities: metal ions and solid particles in conventional solvents introduce lattice defects, affecting the optical and electrical properties of the crystals and making it difficult to improve their quality. Consequently, the development of many laser crystals and nonlinear optical crystals has been stalled due to solvent-related issues, creating a bottleneck that hinders research breakthroughs.
To overcome this challenge, the laboratory has introduced a solvent purification system from Beijing Yifeng Technology Co., Ltd. This system is specifically designed for solvents commonly used in hydrothermal and solvothermal synthesis, such as water, ethanol and acetonitrile. It features an optimised process for removing metal ions and solid particles, enabling the thorough elimination of impurities from the solvents and ensuring that their purity meets the stringent requirements of inorganic functional crystal synthesis. The system features a corrosion-resistant and high-temperature-resistant design, enabling it to withstand the harsh reaction environments of hydrothermal and solvothermal synthesis. It also facilitates automated liquid supply, significantly enhancing experimental efficiency and reducing errors caused by manual operations.
The introduction of the Yifeng Solvent Purification System has fundamentally transformed the synthesis landscape in laboratories. The purified solvents create a purer growth environment for inorganic functional crystals, leading to a significant reduction in lattice defect rates and a marked improvement in the optical and electrical properties of the crystals. Issues with crystal quality previously caused by impurities have been successfully resolved. Researchers are now able to focus on optimising crystal growth processes and developing new types of crystals. They have successfully produced a range of high-performance laser crystals and nonlinear optical crystals, providing vital support for advancements in the fields of optics and electronics. Yifeng Technology empowers research through technology, fully unlocking the potential of inorganic functional crystals and helping universities remain at the forefront of exploration in the field of inorganic synthesis.
(The above content is for reference only and is not directly associated with any university or enterprise.)
