Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide

Thiocarbanilide

Product name: diphenyl thiourea

Properties: White to white powder

Melting point: 151-154℃

Boiling point: 348.7℃

Flash point: 164.7 ° C

  • Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide
  • Thiocarbanilide
SPECIFICATION

Thiocarbanilide is a chemical compound recognized by its specific name. This substance, known for its distinctive properties, plays a significant role in various applications. As a key component in certain chemical processes, Thiocarbanilide contributes to specific reactions and synthesis. Utilized in research and industrial contexts, it holds importance for its role in advancing various scientific endeavors. Thiocarbanilide's attributes make it valuable in controlled chemical reactions, contributing to the synthesis of diverse compounds and materials.

peculiarity:

Thiocarbanilide possesses distinctive characteristics as a chemical compound. Recognized for its specific properties, it plays a significant role in various applications. Thiocarbanilide is known for its ability to contribute to controlled chemical reactions, particularly in synthesis processes. Widely used in research and industrial contexts, its characteristics underscore its importance in advancing scientific endeavors. The compound's unique attributes make it valuable for specific reactions, contributing to the synthesis of diverse compounds and materials within the field of organic chemistry.

ThiocarbanilideThiocarbanilide

Apply:

Thiocarbanilide is applied in diverse chemical processes, serving as a crucial component in various applications. Widely used in research and industrial settings, its primary role lies in contributing to controlled chemical reactions and synthesis. The compound's versatility makes it valuable for creating a range of organic compounds and materials. Thiocarbanilide plays a significant role in advancing scientific endeavors, especially in the field of organic chemistry, where it facilitates precise reactions for the development of new substances and applications.

ThiocarbanilideThiocarbanilide