Chloral Hydrate: Applications, Chemical Properties, and Industrial Uses

Discover the multifaceted applications and key properties of Chloral Hydrate, a vital chemical intermediate.

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Key Advantages Offered

Versatile Chemical Intermediate

Leveraging its structure, Chloral Hydrate serves as a fundamental building block in the creation of complex molecules, particularly within pesticide manufacturing chemicals.

Industrial Application Performance

Its specific chemical behavior enhances performance in sectors like electroplating, making it a sought-after compound for achieving desired surface finishing characteristics through industrial electroplating additives.

Historical Pharmaceutical Significance

While its medical use has evolved, the historical pharmaceutical compounds aspect of Chloral Hydrate underscores its long-standing role in human health applications.

Key Applications

Pesticide Synthesis

Chloral Hydrate is extensively used as an intermediate in the synthesis of various pesticides, including insecticides like DDT and Trichlorphon, demonstrating its importance in the chemical synthesis intermediates sector.

Electroplating

In the electroplating industry, it is employed to adjust electronic potential differences in semi-bright nickel baths, optimizing plating performance. This highlights its role as a functional component in specialty organic reagents.

Chemical Reagent

As a laboratory and industrial chemical reagent, it is utilized in organic synthesis and other chemical processes, underscoring its utility in various water treatment chemistry contexts.

Pharmaceutical Use (Historical)

Historically, Chloral Hydrate was used as a sedative and hypnotic drug, demonstrating a past application in the pharmaceutical realm.