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PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE

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PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE

Name: PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE
Brand: A. B. ENTERPRISES

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MOQ : 50 Kilograms

PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE Specification

Application
Pharmaceutical intermediates, chemical synthesis

EINECS No
245-012-6

Physical Form
Solid

Poisonous
Non-poisonous

Storage
Store in a cool, dry place

CAS No
22398-80-7

Purity
99.0% min

Shape
Crystalline

Appearance
White to off-white crystalline solid

HS Code
29269000

Melting Point
68-71C

Density
1.15 Gram per cubic centimeter(g/cm3)

Molecular Weight
193.68 g/mol

Usage
Used in the production of active pharmaceutical ingredients

Smell
Odorless

Ingredients
para Chloro Phenyl--Isopropyl Acetonitrile

Grade
Pharmaceutical Grade

Molecular Formula
C11H12ClN

Properties
White to off-white crystalline powder; high purity

Structural Formula
ClC6H4CH2CH(C3H7)CN

Product Type
Active Pharmaceutical Ingredients

Shelf Life
5 years under recommended storage conditions

Solubility
Insoluble in water; soluble in organic solvents

Flash Point
>110C

Stability
Stable under standard conditions, avoid strong oxidizing agents

Hazard Statements
No significant hazards identified under normal use

Boiling Point
No data available

Packing
25 kg fiber drums or as per customer requirement

Production Capacity
Customized as per order

PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
1 Kilograms Per Week

Delivery Time
1 Week

About PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE

PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE

CAS NO.: 2012-81-9

MOLECULAR FORMULA : C11H12ClN

MOLECULAR WEIGHT : 193.5

APPEARANCE : LIGHT RED COLOURED CLEAR LIQUID

BOILING POINT AT 2 mm Hg : 125128oC

MOISTURE CONTENT : 0.3% MAX

PURITY BY GC : 99% MIN

Superior Stability and Purity

The compound exhibits remarkable stability when stored and handled according to standard protocols. Achieving a minimum purity of 99.0%, it serves as a dependable raw material in pharmaceutical and chemical synthesis. Its crystalline structure and odorless nature further ease handling and integration into diverse chemical processes.

Flexible Supply and Packaging

To accommodate different client needs, PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE is available in standard 25 kg fiber drums or as per specific requirements. The production capacity can be customized for both small batch research and large-scale commercial manufacturing, ensuring seamless supply for distributors, manufacturers, and retailers.

FAQs of PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE:

Q: How should PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE be stored for optimal shelf life?

A: Store the product in a cool, dry place away from strong oxidizing agents to retain its quality for up to five years.

Q: What applications does this compound have in the chemical and pharmaceutical industries?

A: It is primarily used as an intermediate for synthesizing active pharmaceutical ingredients and in other chemical synthesis processes.

Q: When can users expect to receive customized production quantities?

A: Production quantities are tailored according to the customers order, with lead times determined by the required volume and packaging specifications.

Q: Where is this product typically distributed or supplied?

A: It is available for distribution and supply across India, serving exporters, importers, manufacturers, retailers, wholesalers, and traders.

Q: What process ensures the products high purity and quality?

A: Strict adherence to pharmaceutical-grade manufacturing protocols guarantees a purity of at least 99.0% and consistent crystalline quality.

Q: How is PARA CHLORO PHENYL--ISOPROPYL ACETONITRILE used in production?

A: The compound is incorporated into multi-step chemical synthesis, mainly as a key intermediate in creating APIs (active pharmaceutical ingredients).

Q: What benefit does its non-poisonous and odorless nature offer to users?

A: Its non-poisonous, odorless properties simplify handling and minimize health hazards, making it safer for use in laboratory and industrial settings.

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