CuiYingHuaXue
Specialty manufacturer of stable isotope deuterium products.
| Date | Investors | Amount | Round |
|---|---|---|---|
$1.5m | Series A | ||
| Total Funding | 000k | ||
Ningbo Cuiying Chemical Technology Co., Ltd. is a chemical technology company founded in March 2017 by Wu Tao. The company specializes in the research, development, production, and sale of stable isotope products. Its main offerings include deuterated products such as deuterium NMR solvents, deuterated photoelectric materials, and deuterated drug intermediates. These materials are critical for applications in nuclear magnetic resonance (NMR), biomedicine, and OLED displays.
The company's deuterated products are used as essential materials for NMR detection in laboratories, which were previously heavily reliant on imports. In the biopharmaceutical sector, deuterium substitution in drug molecules can improve metabolic stability and reduce toxic byproducts. For the OLED industry, Cuiying's deuterated materials significantly enhance the lifespan and efficiency of blue light-emitting components, a key factor in display technology. The company has broken previous foreign monopolies on certain photochromic materials.
Cuiying Chemical has established significant R&D and production facilities, including 3,500 square meters of R&D and office space in Ningbo and a 5,000-square-meter production and pilot workshop in Lanzhou Fine Chemical Park. The firm has received multiple rounds of venture capital funding and was valued at 43.8 million yuan after its second round of financing. The company is expanding its production capacity with the goal of becoming a top global producer of deuterated products, competing with established international players. Its achievements have been recognized through various awards, including a third prize at the 8th China Innovation and Entrepreneurship Competition in Ningbo.
Keywords: stable isotopes, deuterated products, chemical manufacturing, deuterium solvents, photoelectric materials, pharmaceutical intermediates, OLED materials, nuclear magnetic resonance, specialty chemicals, fine chemicals, deuterated reagents, biopharmaceuticals, photochromic materials, new materials, chemical technology, deuterium, deuterated drugs, C-D bond, materials science, organic light-emitting diodes