CasNo.147403-03-0,12345 High purity Azilsartan CAS NO.147403-03-0,(147403-03-0) Suppliers

0 Metric Ton	Negotiable

Min.Order :0 Metric Ton
Purity: 99.5%
Payment Terms : T/T,

Keywords

12345 High purity Azilsartan CAS NO.147403-03-0 Low price Azilsartan Treament of Hypertension

Quick Details

Appearance:White powder
Application:Pharmaceutical company
PackAge:plastic bag and Fibre drum
ProductionCapacity:1000 Kilogram/Month|Kilogram|Day
Storage:sealed and store in cool and dry place...
Transportation:By Air or Sea

Superiority:

Molecular formula ： C₂₅H₂₀N₄O₅

Molecular weight ： 456.45

cas：147403-03-0

Properties：white or off white crystalline powder

Solubility:Practically insoluble in water,slight soluble in ethanol

Melt Point:188~192℃

Water(K.F.)≤0.5%

ROI:≤0.2%

Heavy metals:≤10ppm

Impurity A:≤0.15%

Impurity B:≤0.1%

Impurity C:≤0.1%

Other unknown largest single impurity:≤0.1%

Total Impurities:≤0.5%

Purity (HPLC):99.5%min

Details:

R&D capabilities
1,000 sq. Ft. R&D laboratories are furnished with an array of state-of-the-art equipment and analytical instrumentation.
Within these laboratories, api's highly skilled and innovative 20-member strong R&D team of chemists and chemical engineers specializes in all aspects of process development and scale-up.
Our experience can be summed up as:
Organic process R&D
full custom synthetic services
design of experiments
analytical R&D: method R&D, related compounds identification/characterization, stability studies, specification development
on-line database searching (cas stn express, scifinder, beilstein)
Chemistry capabilities
As a result of our scientific team's expertise, we have gained considerable experience with a variety of functional groups and a wide range of reaction types.

Multi-stepsynthesis
Chiral Separation
Hydrogenation
Cyanation
Nitration
Bromination
Reduction
Sulphonation
Fluorination
Acetylene Reaction
Hydrazine Reaction

Arbuzov Reaction
Asymmetric Synthesis
Azides
Classical Resolutions
Carbohydrates
Downstream Fermentation Development
Enolates
Grignard Reaction
Heck Reaction
Horner-Emmons-Wadsworth Reaction
Nucleosides

Organoboranes
Organocuprates
Organolithiums
Organostannanes
Oxidation: Dihydroxylation, Epoxidation
Oximation
Peptides And Polypeptides
Reaction Media: Supercritical Fluids, Solid Support
Reduction: Catalytic Hydrogenation, Metal Hydride Mediated
Ritter Reaction
Schotten-Baumann Reaction
Wittig Reaction

Facilities
Our state of the art R&D facility is comprised of the following:
Process R&D laboratories
custom synthesis laboratory
process scale-up and safety laboratory
nuclear magnetic resonance facility
analytical R&D laboratories
kilo laboratory
Instrumentation & equipment
The success of the R&D efforts is directly attributed to their experience/knowledge and thier access to leading edge chemical analysis equipment.
HPLC
GC
UV Spectrophotometer
Electrooptics Analytical Balance
Oven, Desiccator
Water Microanalytical Instrument
Box Resistance Stove
Melting Point Mensurater