Zhaowusoft Inc

Our Ability

R&D strength
The company brings together the world's top chemical R&D teams, focusing on the cutting-edge exploration of drugs, materials and fine chemicals. Through advanced catalysis technology, green synthesis route and high-throughput screening platform, we have successfully developed a variety of innovative molecules and efficient processes to support customers' needs in the whole process from early research to commercial production. With deep professional knowledge and innovation ability, we continue to promote breakthroughs and applications in chemical science.
Scale of production
The company has a number of modern production bases around the world, with large-scale production capacity from gram to ton. Through a strict quality management system and an efficient supply chain network, we ensure a stable supply of high-purity chemicals. The production base is equipped with advanced equipment to support customized production and rapid delivery to meet the diverse needs of customers from R&D to market.
Equipment
The company is equipped with world-leading analytical instruments (such as HPLC, GC-MS, NMR) and digital R&D tools to achieve accurate chemical analysis and process optimization. Combined with advanced technologies such as flow chemistry and continuous production, R&D efficiency and product quality are significantly improved. The advanced nature of technology and equipment provides the company with strong R&D and production support capabilities.
Case validation
The company has successfully completed a number of complex molecular synthesis and process optimization projects, covering the fields of innovative drugs, functional materials and specialty chemicals. Through practical examples, the whole process capability from laboratory research to industrial production is demonstrated. These successful projects are a testament to the company's excellence in chemical R&D and production, providing customers with reliable technical and commercial support.

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JULY  
07-2024
New strategy allows halogenated organic pollutants to be "reused"
Recently, the team of Chen Qingan, a researcher at the Dalian Institute of Chemical Physics, Chinese Academy of Sciences, has made new progress in the reuse of halogenated organic pollutants. They developed a bromide-catalyzed chlorine transfer reaction that can utilize halogenated organic pollutants as halogen sources to achieve the reuse of different
JULY  
07-2024
USTC discovers new model of interactions between organic molecules
Recently, Professor Zhang Guoqing's team at the Hefei National Research Center for Microscale Physical Sciences at the University of Science and Technology of China reported the discovery of a new mode of interaction between organic molecules: that is, a stable light-induced charge transfer complex can be formed between aromatic imides and aliphatic amines , and systematically studied the properties and formation process of the complex through steady-state and time-resolved emission spectra, absorption spectra, mass spectrometry, paramagnetic resonance spectroscopy, etc., and proved that the complex can be used for light-induced polymerization and carbon dioxide photoreduction. , UV energy storage and other fields. The result was published in Chem under the title "Trapping Highly Reactive Photo-Induced Charge-Transfer Complex Between Amine and Imide by Light".
JULY  
07-2024
"Bald"! Microplastics can also cause hair loss
Hair loss is a "top" problem that bothers many people. Previous scientific research has shown that genetics, immunity, excessive mental stress, staying up late, and drugs (such as chemotherapy for hair loss) can cause hair loss. A recent study shows that ubiquitous microplastics can also cause hair loss.
JULY  
07-2024
New strategy facilitates asymmetric multicomponent coupling reactions of olefins
Professor Chen Yifeng's research group from the School of Chemistry and Molecular Engineering of East China University of Science and Technology and Ferlinga Joint Research Center for Nobel Prize Scientists has made new progress in asymmetric multi-component coupling reactions of alkenes. Relevant research was published online in the Journal of the American Chemical Society.