Founded in 2020, Suzhou Origin Specialty Chemicals takes fluorine chemistry as our main development direction and semiconductors and biomedicine as the main service fields. The fluorine-linker materials, monomers, PAG, anti-reflection coatings,etc., developed by the team are the key materials for th

Founded in 2020, Suzhou Origin Specialty Chemicals takes fluorine chemistry as our main development direction and semiconductors and biomedicine as the main service fields. The fluorine-linker materials, monomers, PAG, anti-reflection coatings,etc., developed by the team are the key materials for th

Suzhou Origin Specialty Chemicals attend the CPHI JAPAN 2024

Fluorine materials play a vital role in today's electronic chemicals and biomedicine fields. Not only do they play a key role in laboratory research, they also show amazing potential in clinical applications. Let’s take a deeper look at the chemistry behind fluorine materials and their applications in medicine.

Fluorine materials, as a major tool in the field of medical devices, are gradually becoming the focus of laboratory workbench. In the continuous progress of medical technology, fluorine materials have attracted widespread attention in the industry with their unique characteristics and wide range of application fields. This article will provide an in-depth look at the role of fluoromaterials in medical device innovation and their importance in clinical practice.

In today's healthcare field, the application of fluorine materials is gradually attracting people's attention. As an important class of chemicals, fluorine materials play an important role in healthcare, offering new possibilities for the development of medical devices, drugs, and treatments. This article will discuss the current application status of fluorine materials in healthcare and look forward to their future development prospects.

Fluorine materials play a vital role in the electronic chemicals industry, and their role in sustainable practices is becoming increasingly prominent. As an important chemical raw material, fluorine materials not only play a key role in various electronic devices, but also have important application value in the field of biomedicine.

In today's rapidly developing biomedical field, the application of fluorine materials is becoming more and more important. Fluorine materials play a key role in drug development, medical device manufacturing, and biochemical research with their unique chemical properties and wide range of applications. This article will explore the advantages of fluoromaterials in biopharmaceutical development and their potential in the pharmaceutical field.

Fluorine materials play a key role in the biopharmaceutical field, and their unique chemical properties and wide range of applications make them an important part of the pharmaceutical industry. This article will explore the use of fluoromaterials in biopharmaceuticals and describe how they can help overcome challenges in the biopharmaceutical field.