2-Cyaniminothiazolidine (CAS 26364-65-8): High-Purity Electronic Chemical for Photoresist Applications | Trusted China Supplier

Discover the critical role of 2-Cyaniminothiazolidine in advanced photoresist formulations. As a key electronic chemical, its purity and consistent supply are vital for microelectronic manufacturing. Learn more about its properties and how our reliable sourcing in China ensures your production needs are met.

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Advantages of Sourcing 2-Cyaniminothiazolidine

Exceptional Purity and Consistency

Our 2-Cyaniminothiazolidine is characterized by its exceptional purity and lot-to-lot consistency, crucial for achieving predictable and high-yield results in photoresist applications. This reliability ensures your production processes remain stable.

Chemical Properties for Photoresists

With a molecular weight of 127.16 and a melting point around 156-157 °C, 2-Cyaniminothiazolidine (CAS 26364-65-8) offers the precise chemical properties needed to formulate high-performance photoresists for microelectronics.

Global Supplier Network

We leverage our extensive network as a China-based manufacturer and supplier to provide a stable and cost-effective supply of 2-Cyaniminothiazolidine, meeting the global demand from the microelectronics industry.

Key Applications in Electronics Manufacturing

Photoresist Formulations

2-Cyaniminothiazolidine is a key ingredient in the formulation of advanced photoresists, enabling the precise patterning required for semiconductor manufacturing and integrated circuit production.

Microelectronics Fabrication

Its high purity and specific chemical properties make it indispensable for various microelectronic fabrication steps, supporting the creation of complex electronic components.

Chemical Synthesis

Beyond photoresists, this compound serves as a valuable intermediate in the synthesis of other fine chemicals, catering to specialized industrial needs.

Research & Development

Researchers and scientists utilize 2-Cyaniminothiazolidine for its unique properties in developing new materials and processes within the electronic chemicals sector.