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Thianaphthene

Zhishang Bio Thianaphthene CAS 95-15-8

CAS:95-15-8 | C8H6S|MW:134.2 | EINECS NO:202-395-7

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Port: Shanghai Port, Qingdao Port

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Thianaphthene
Thianaphthene
Thianaphthene

Describe

The formula of the molecule Thianaphthene is C8H6S. Molecular weight: 134.19. Crystals in the form of white leaves. The smell is of naphthalene.

Melting point 32, boiling point 221, 103-105 (2660Pa). Melting point 32 , boiling point 221 , 103-105 (2660Pa).

In ethanol, the Thianaphthene molecule has a relative densities of 1.148432, 1.637437 and UV max227, 257, and 288nm.

Thianaphthene dissolves in ethers, alcohols and other organic solvents. It is insoluble in water and has a reddish color. It can be electrophilic substituted and disappears when heated.

You can obtain thianaphthene by either reacting ethylbenzene or ortho mercapto Cinnamic Acid with hydrogen sulfide. It is used in organic synthesis. Indigo sulfide, a derivative of indigo, is a dye.

Thianaphthene are heterocyclic compounds that have many applications in organic chemistry. Thianaphthene-derived compounds have a wide range of industrial applications. These include herbicides and insecticides as well as plant growth promoters.

Product Name:Thianaphthene
Synonyms:THIANAPHTHENE;THIONAPHTHENE;2,3-BENZOTHIOPHENE;BZT;BBT;BENZO2,3THIOPHENE;BENZO[B]THIOPHENE;BENZOTHIOPHENE
CAS:95-15-8
MF:C8H6S
MW:134.2
EINECS:202-395-7
Product Categories:Heterocycle-oher series;
Mol File:95-15-8.mol
Thianaphthene Chemical Properties
Melting point 30-33 °C
Boiling point 221-222 °C(lit.)
density 1.149 g/mL at 25 °C(lit.)
vapor pressure 1.33 hPa ( 20 °C)
refractive index 1.6332 (estimate)
Fp >230 °F
storage temp. Store below +30°C.
solubility 0.13g/l
form Crystalline Solid
pka32.4
Specific Gravity1.149
color White to pink or yellow
Water Solubility insoluble

Application

Thianaphthene is a sulfur-containing heterocyclic aromatic compound that has shown extensive applications in chemical engineering, medicine and materials science.

Thianaphthene is a key industrial intermediate because of its excellent electronic properties, chemical reactivity and unique benzothiophene structural structure.

Thianaphthene and its derivatives, are widely used to prepare organic light-emitting devices and organic solar panels due to their excellent properties of charge transfer.

Thianaphthene a molecular design element, can be used to create high-performance organic semiconducting materials. This will improve the efficiency of photoelectric conversion in devices.

In thin film transistors and flexible displays, polymers with a Thianaphthene structure in particular exhibit excellent carrier mobility and stability.

Thianaphthene research is particularly extensive in the area of medicinal chemistry. Thianaphthene is a pharmacophore that can be found in many bioactive drugs.

Thianaphthene is used as an intermediate in the development of many anti-inflammatory, antibiotic, and antitumor drugs. It is noteworthy that some compounds with Thianaphthene structure exhibit anti-HIV activity and neuroprotective properties, making them an important target for drug development.

Thianaphthene derivatives also show promising applications in antidepressant drugs and anti-anxiety drugs.

Thianaphthene, due to its sulfur content, is an important catalyst ligand in industrial catalysis. The complexes that are formed between Thianaphthene and transition metals exhibit excellent catalytic and selective activity in organic transformations, such as cross-coupling reactions and hydrogenation.

Thianaphthene can be used as a catalyst for desulfurization in the petroleum refinery process. This helps to reduce the sulfur levels of fuels while meeting environmental standards.

Thianaphthene’s application in functional materials science is also notable. The Thianaphthene-based conductive polymer materials have a significant role in areas such as anti-static coatings and electromagnetic shielding.

Some polymers that contain Thianaphthene units have unique photochromic or electrochromic properties. This could be used in high-tech fields like smart windows and optical storage.

Thianaphene derivatives are also useful as fluorescent probes in environmental monitoring and biological imaging.

Thianaphthene, and its derivatives, are highly valued in the spice and essence industries due to their unique aromatic properties.

The smoke-like aroma of some Thianaphthene derivates is widely used to flavor food and tobacco.

Thianaphthene, through structural modification can be transformed into high-value spice ingredients that enhance the hierarchy of essence and its durability.

Related References

Manufacturer of Thianaphthene

Company Info

Zhishang Bio company in China that exports chemicals, Cosmetic raw materials, and Intermediates for over 70 countries now.
 
And a range of 50,000 products with the best quality and competitive price to meet your different purchasing needs.
 
The company integrates research and development, production, and trade, with a modern production base, advanced testing equipment, and an experienced technical team to ensure that products reach industry-leading levels in purity, stability, and environmental friendliness.

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