Anthranilamide Derivatives

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MOQ : 50 Kilograms, ,

Anthranilamide Derivatives Specification

CAS No
Not Available

Density
Gram per cubic centimeter(g/cm3)

Purity
98% Min.

Physical State
Solid

Shelf Life
2 Years if properly stored

Size
Customized packaging

Boiling point
Not Available

Molecular Formula
Varies by Derivative (typically C8H8N2O or similar)

Usage
For R&D, Pharmaceutical Synthesis, Industrial Chemical Synthesis

Packaging Type
Fibre Drum, HDPE Drum or as required

Ph Level
Not Available

Flash Point
Not Available

Storage Instructions
Store in a cool, dry place, tightly closed container

Grade
Technical Grade

Type
Anthranilamide Derivatives

Application
Pharmaceutical Intermediates, Agrochemicals

Purity(%)
98% Min.

Anthranilamide Derivatives Trade Information

Minimum Order Quantity
50 Kilograms, ,

Supply Ability
1 Kilograms Per Week

Delivery Time
1 Week

About Anthranilamide Derivatives

Anthranilamide Derivatives

Name	CODE
2-amino,N,N-dimethyl benzamide	IA-1
2-amino,N,N-diethyl benzamide	IA-2
2-amino,N,N-dibenzyl benzamide	IA-3
2-amino,N-methyl benzamide	IA-4
2-amino,N-ethyl benzamide	IA-5
2-amino N-methyl,N-benzyl benzamide	IA-6
2-amino N-phenethyl benzamide	IA-7
2-amino N-tertiarybutyl benzamide	IA-8
2-amino N-(4-trifluoromethyl phenyl)benzamide	IA-9
2-amino N-(3-trifluoromethyl phenyl) benzamide	IA-10
2-amino N-(2-fluoro phenyl)benzamide	IA-11
2-amino N-(4-fluoro phenyl)benzamide	IA-12
2-amino N-(benzyl)benzamide	IA-13
2-amino N-( isopropyl)benzamide	IA-15
2-amino ,N,N-diisopropyl benzamide	IA-16
2-amino N-(2-chlorobenzyl )benzamide	IA-17
2-amino N-(Cyclohexyl )benzamide	IA-24
2-amino N-( 2-methyl benzyl)benzamide	IA-26
2-amino N-( 3-methyl benzyl)benzamide	IA-28
2-amino N-( 4-chloro benzyl)benzamide	IA-29
2-amino-N-[(2-methyl-5-chloro)pyridine-2-yl]benzamide	IA-30
2-amino N-( 4-bromo benzyl)benzamide	IA-31
2-amino N-( 4-methoxy benzyl)benzamide	IA-32
2-amino N-( 3-chloro phenethyl)benzamide	IA-33
2-amino N-( 4-chloro phenethyl)benzamide	IA-34
2-amino, N-(furfurylamine )benzamide	IA-37
2-amino, N-(2-tertiarybutyl phenyl)benzamide	IA-38
2-amino, N-(3-pyridyl )benzamide	IA-39
2-amino, N-(4-pyridyl)benzamide	IA-40
2-amino, N-(4-benzyloxy phenyl )benzamide	IA-41
2-amino, N-(2-aminothiazole )benzamide	IA-45
2-amino, N-(3-chloro,4-fluoro phenyl )benzamide	IA-48
2-amino, N-(di-n-butyl)benzamide	IA-49
2-amino, N-(dicyclohexyl )benzamide	IA-50
2-amino, N-(di-n-propyl )benzamide	IA-51
2-amino, (N-ethyl,N-p-tolyl )benzamide	IA-52
2-amino, (N-ethyl,N-o-tolyl )benzamide	IA-53
2-amino, (N-ethyl,N-m-tolyl )benzamide	IA-54
2-amino, N-(-methybenzyl )benzamide	IA-55
2-amino, N-(phenyl )benzamide	IA-56
2-amino, N-(o-tolyl )benzamide	IA-57
2-amino, N-(m-tolyl )benzamide	IA-58
2-amino, N-(2-chloro phenyl )benzamide	IA-59
2-amino, N-(3-chloro phenyl )benzamide	IA-60
2-amino, N-(4-chloro phenyl )benzamide	IA-61
2-amino, N-(2-ethyl phenyl )benzamide	IA-65
2-amino, N-(2-methoxy )benzamide	IA-67
2-amino, N-(4-methoxy )benzamide	IA-68
2-amino, N-(benzyl )benzamide	IA-70
2-amino, N-(p-tolyl )benzamide	IA-71
2-amino, N-(p-methyl benzyl )benzamide	IA-72
2-amino, N-(3,4-dichloro phenyl )benzamide	IA-74
2-amino, N-(naphthyl )benzamide	IA-76
2-amino, N-(2,5-dichloro phenyl )benzamide	IA-77
2-amino, N-[3,4-(methylenedioxy)phenyl]benzamide	IA-78
2-amino, N-(2,3-dichloro phenyl )benzamide	IA-80
2-amino, N-(4-isopropyl phenyl )benzamide	IA-81
2-amino, N-(2-isopropyl phenyl )benzamide	IA-82
2-amino, N-(2,4-difluoro phenyl)benzamide	IA-83
2-amino, N-(3-acetophenyl )benzamide	IA-84
2-amino, N-(4-methyl benzyl )benzamide	IA-88
2-amino, N-(2-trifluoromethyl phenyl )benzamide	IA-89
2-amino, N-(4-bromo )benzamide	IA-90
2-amino, N-(2,4-dichloro phenyl )benzamide	IA-91
2-amino, N-(2-n-propyl phenyl )benzamide	IA-92
2-amino, N-(4-n-propyl phenyl)benzamide	IA-93
2-amino, N-(3-n-propyl phenyl )benzamide	IA-94
2-amino, N-(3-ethyl phenyl )benzamide	IA-96
2-amino, N-(4-ethyl phenyl )benzamide	IA-98
2-amino, N-[(2-(2-ethyl phenyl)pyridine)]benzamide	IA99
2-amino, N-[(4-(2-ethyl phenyl)pyridine)]benzamide	IA100
2-amino, N-(2-chloro,4-methoxy phenyl )benzamide	IA101
2-amino, N-(2-pyrrolophenyl )benzamide	IA102
2-amino, N-( 2-chloro-5-methyl phenyl)benzamide	IA103
2-amino, N-(3,5-dimethyl phenyl )benzamide	IA105
2-amino, N-(2-bromo phenyl )benzamide	IA106
2-amino, N-( 3-bromo phenyl)benzamide	IA-107

Versatile Applications in Industry and Research

Anthranilamide Derivatives serve a critical role in diverse sectors. Their principal utility lies in pharmaceutical intermediate formulation, agrochemical synthesis, and as building blocks in R&D labs. These solid-state compounds are vital for industrial chemical synthesis, ensuring both precision and purity. With a minimum 98% purity, they meet strict technical-grade standards suitable for high-stakes chemical processes.

Safe Handling and Optimal Storage Recommendations

To maintain their quality and effectiveness, Anthranilamide Derivatives must be kept in tightly sealed containers, stored in cool, dry places. Adhering to these guidelines helps preserve their solid state and extends the shelf life to up to two years. Proper storage also supports compliance with safety and handling protocols essential in chemical research and manufacturing environments.

FAQs of Anthranilamide Derivatives:

Q: How are Anthranilamide Derivatives typically used in the pharmaceutical and agrochemical industries?

A: Anthranilamide Derivatives are primarily utilized as intermediates in the synthesis of pharmaceuticals and agrochemicals. They serve as essential building blocks, facilitating the creation of more complex chemical entities required in drug formulation and crop protection agent development.

Q: What is the best way to store Anthranilamide Derivatives to maintain their purity and shelf life?

A: For optimal stability, Anthranilamide Derivatives should be stored in a tightly closed container made of fibre or HDPE drum, placed in a cool and dry environment. Proper storage conditions help preserve their quality for up to two years.

Q: When should I consider using Anthranilamide Derivatives in my research or manufacturing process?

A: Consider utilizing these derivatives when your process requires high-purity intermediates for R&D projects, pharmaceutical synthesis, or agrochemical production. Their technical-grade quality ensures consistency and excellent performance in such applications.

Q: Where can I source Anthranilamide Derivatives in India?

A: These compounds are available from a range of suppliers, including distributors, exporters, manufacturers, and wholesalers throughout India. Customized packaging options and prompt delivery further facilitate your procurement requirements.

Q: What are the advantages of using 98% minimum purity Anthranilamide Derivatives?

A: A minimum 98% purity ensures the compounds are highly effective and reliable for sensitive industrial, R&D, and pharmaceutical applications, minimizing impurities that may interfere with reactions or final product quality.

Q: What is the typical physical form of Anthranilamide Derivatives, and how are they packaged?

A: Anthranilamide Derivatives commonly arrive in solid form and are packaged according to customer specifications, including fibre drums, HDPE drums, or other suitable containers for safe, secure transport and storage.

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