The diverse family of silane derivatives offers a vast array of functionalities critical to modern chemical synthesis. Among these, Silane, dichlorodihexyl-, identified by its CAS number 18204-93-8, stands out for its specific properties and wide-ranging applications, particularly within the pharmaceutical and diagnostic sectors.

This organosilicon compound, with the molecular formula C12H26Cl2Si, is typically presented as a white powder, signifying a high degree of purity (≥99%). These 'Silane dichlorodihexyl properties' are fundamental to its role as a versatile intermediate. Its molecular weight of 269.33 further defines its behavior in chemical reactions, making it a reliable choice for 'API synthesis' and the creation of 'Diagnostic chemical precursors'.

As an 'API synthesis precursor', Dichlorodihexylsilane is invaluable for constructing complex organic molecules that form the basis of many pharmaceutical drugs. The controlled reactivity offered by its structure facilitates efficient and selective synthesis pathways, a crucial aspect for manufacturers focused on 'Pharmaceutical material' innovation. Access to consistent quality 'API synthesis reagents' is vital for reproducible results.

The compound's application extends to diagnostic reagents, where it serves as a building block for molecules that enhance test performance. The specific 'C12H26Cl2Si CAS 18204-93-8' structure provides the necessary chemical foundation for developing accurate and sensitive diagnostic tools.

For industries focusing on 'Specialty Silane Intermediates' and 'Fine chemical manufacturing', Dichlorodihexylsilane is a key compound. Its multifaceted 'Dihexyldichlorosilane uses' make it adaptable to various synthetic challenges. Adherence to strict 'Silane purity and packing' protocols ensures that the integrity of this 'White powder silane pharmaceutical' is maintained from production to application.

NINGBO INNO PHARMCHEM CO.,LTD. is a dedicated supplier of Dichlorodihexylsilane, ensuring that the global chemical industry has access to this critical compound. Our commitment to quality and reliability supports continuous innovation across pharmaceutical, diagnostic, and fine chemical sectors.