China Drying Network News Fujian Institute of Physical Structure Research, Chinese Academy of Sciences Undertakes Major Scientific and Technological Projects in Fujian Province Research and development of novel optoelectronic nanomaterials and prototype devices passed the provincial acceptance. According to reports, the project mainly develops nano-optical materials and devices such as strong fluorescent nano-high polymer materials, low-nuclear organometallic electroluminescent nanomaterials, and blue/ultraviolet laser materials for display and light emission. In the research and development of high-fluorescence nano-polymers, more than 10 novel polymer luminescent materials with good luminescence properties, such as photoinduced or thermochromic, and fluorescence tunable in the UV-Vis range, were obtained. Uniform distribution, thermal stability temperature is greater than 200 °C; In the research and development of low-nuclear organometallic electroluminescent nanomaterials and devices, a series of low-nuclear copper compounds containing organophosphine ligands were obtained, and devices based on low-nuclear copper phosphorescent complexes were achieved. Within 5V, the maximum current efficiency exceeds 5cd/A, and the lifetime is as long as 55 hours. In the research and development of blue/UV laser nanomaterials and devices, new nanocomposites visible to the naked eye with blue laser/UV radiation under semiconductor laser pumping are obtained. Material, material diameter and thickness exceed 30mm and 3mm, respectively. The project applied for 23 Chinese invention patents.
One of the biggest features of forging is that it can change the metal structure and improve the mechanical properties of the metal. Therefore, generally forged parts are used on parts with relatively high strength and toughness requirements or severe working conditions. The stainless steel forgings can be used in some places with high rust and corrosion resistance requirements or particularly harsh working environments. Due to the characteristics of the forging process, forging is not suitable for machining workpieces with particularly complex shapes, and for some places with fine holes or fine grooves, forging cannot be achieved, but it can be achieved by subsequent precision CNC machining.
Due to the characteristics of the forging process, the forging processing is often matched with the subsequent secondary precision CNC processing. SCZY has independent mold design and production, forging processing and precision CNC machining departments, which can be well coordinated to achieve the best results.
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