Organic Raw Material (2-Bromoethyl) Benzene CAS 103-63-9 with Safety Delivery

Model NO.
103-63-9
Test Method
HPLC UV
MOQ
100kg
Shelf Life
24 Months
Transport Package
200kg/Drum
Specification
98%
Trademark
YIME
Origin
China
Production Capacity
1000kg/Day
Reference Price
$ 22.50 - 31.50

Product Description

(2-Bromoethyl)benzene

MF: C8H9Br

MW: 185.06

CAS: 103-63-9

melting point:-56 °C

boiling point:220-221 °C(lit.)

density :1.355 g/mL at 25 °C(lit.)

Refractive index:n20/D 1.556(lit.)

flash point:193 °F

Storage conditions:2-8°C

solubility:0.039g/l

appearance:Clear colorless to pale yellow Liquid

Acidity coefficient (pKa):-1.58±0.20(Predicted)

Water solubility: INSOLUBLE

β- Bromophenylethane can be used in medicine to synthesize insecticides and blood pressure lowering agents; In industry, it can be used as new flocculant and dispersant, excellent fiber dyeing modifier, antistatic agent for plastics, fibers and paper, viscosity regulator in the production of photosensitive materials, ion exchange resin and exchange film, electroplating gloss agent, etc.

β- Bromophenylethane can be used as an intermediate in medicine and pesticides.

β- Bromophenylethane can be used as an intermediate in organic synthesis and pesticides.

Organic Raw Material (2-Bromoethyl) Benzene CAS 103-63-9 with Safety Delivery

 

Organic Raw Material (2-Bromoethyl) Benzene CAS 103-63-9 with Safety Delivery
About us
Hebei Yime New Material Technology Co., Ltd. is committed to the development, application, production and processing of daily chemical products and additives, and act as an agent for the distribution of various imported fine chemical raw materials, including surfactants, active skin care ingredients, fungicides, deodorants, industrial additives, daily chemical additives, etc.
Organic Raw Material (2-Bromoethyl) Benzene CAS 103-63-9 with Safety Delivery

Organic Raw Material (2-Bromoethyl) Benzene CAS 103-63-9 with Safety Delivery

Organic Raw Material (2-Bromoethyl) Benzene CAS 103-63-9 with Safety Delivery

 

PNEUTEC.IT, 2023