daken chemical limited

Company in China

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Daken Chemical Limited boasts over 40 years of expertise in organic chemical synthesis in China. Our technology department is comprised of 67 members, including 6 individuals with doctoral degrees and 19 with master’s degrees in chemistry. With two research and development centers and two factories for performance materials and organic silanes located in China Mainland, Daken remains at the forefront of innovation. Over the past decade, we have spearheaded 61 national or provincial-level projects, secured 29 patents, produced 116 papers, and received 12 accolades from governmental entities. At Daken, we prioritize research and development, recognizing it as the foundation of our enduring success. We maintain an optimal balance of experienced, youthful, and enthusiastic researchers to pioneer practical and creative solutions for significant synthetic chemistry issues.
What do we do?
Daken’s custom Synthesis derives from its proven expertise in fine chemical synthesis, chemical process development to manufacturing at varied scales, and a deep understanding of complex chemical processes and manufacturing. Our team of experienced Scientists has expertise in the custom synthesis of a wide range of molecules weight like electronic chemicals, Organic Silanes, and other advanced materials.
We offer a full range of services in custom organic synthesis, accomplishing complex, multi-step syntheses and “difficult to synthesize” chemistry projects.
Our Advantages
We are fortunate to have access to technical support from globally renowned laboratories and expert teams from top universities. Our research and development direction is always focused on the latest industry trends. Additionally, we can benefit from government support for most of our projects. China offers abundant human and production resources which enable us to continuously reduce costs. Our professional team management, scientific company philosophy, and strong technical background have enabled us to successfully overcome the most challenging technical obstacles and achieve our goals.

  last updated on April 22nd, 2025