Tricyclic Derivatives

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MOQ : 50 Kilograms, ,

Tricyclic Derivatives Specification

Packaging Type
HDPE Drum/Fiber Drum

Purity
> 98%

Density
Gram per cubic centimeter(g/cm3)

Physical State
Solid

Molecular Formula
C17H15N3O2

Flash Point
Not determined

Usage
Synthesis and research applications

Size
Custom packaging

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

Boiling point
Not available

Molecular Weight
285.34 g/mol

Shelf Life
24 months

Grade
Pharmaceutical Grade

Type
Tricyclic Derivatives

Application
Pharmaceutical intermediates

Purity(%)
> 98%

Tricyclic Derivatives Trade Information

Minimum Order Quantity
50 Kilograms, ,

Supply Ability
1 Kilograms Per Week

Delivery Time
1 Week

About Tricyclic Derivatives

Tricyclic Derivatives

IUPAC NAME	CODE
11-Chloro dibenzo(b,f)oxazepine	TO-1
11-(Glycyl-N-yl) dibenzo(b,f)oxazepine	TO-2
11-(Piperazine-N-yl) dibenzo(b,f)oxazepine	TO-3
11-(1,2-Diaminoethane-N-yl) dibenzo(b,f)oxazepine	TO-4
8,11-dichloro dibenzo(b,f)oxazepine	TO-5
2,11-dichloro dibenzo(b,f)oxazepine	TO-6
2-methoxy,11-Chloro dibenzo(b,f)oxazepine	TO-7
2,8-dichloro-11-(Glycyl-N-yl) dibenzo(b,f)oxazepine	TO-8
2,8-dichloro-11(-piperazine-N-yl) dibenzo(b,f)oxazepine	TO-9
2,8-dichloro-11-(1,2-Diaminoethane-N-yl) dibenzo(b,f)oxazepine	TO-10
11-Chloro dibenzo(b,f)thiazepine	TS-1
11-(Glycyl-N-yl) dibenzo(b,f)thiazepine	TS-2
11-(Piperazine-N-yl) dibenzo(b,f)thiazepine	TS-3
11-(1,2-Diaminoethane-N-yl) dibenzo(b,f)thizepine	TS-4
8,11-dichloro dibenzo(b,f)thiazepine	TS-5
2,11-dichloro dibenzo(b,f)thiazepine	TS-6
2-methoxy,11-Chloro dibenzo(b,f)thiazepine	TS-7
2,8-dichloro-11-(Glycyl-N-yl) dibenzo(b,f)thiazepine	TS-8
2,8-dichloro-11(-piperazine-N-yl) dibenzo(b,f)thiazepine	TS-9
2,8-dichloro-11-(1,2-Diaminoethane-N-yl) dibenzo(b,f)thiazepine	TS-10
11-Chloro dibenzo(b,f)diazepine	TN-1
11-(Glycyl-N-yl) dibenzo(b,f)diazepine	TN-2
11-(Piperazine-N-yl) dibenzo(b,f)diazepine	TN-3
11-(1,2-Diaminoethane-N-yl) dibenzo(b,f)diazepine	TN-4
8,11-dichloro dibenzo(b,f)diazepine	TN-5
2,11-dichloro dibenzo(b,f)diazepine	TN-6
2-methoxy,11-Chloro dibenzo(b,f)diazepine	TN-7
2,8-dichloro-11-(Glycyl-N-yl) dibenzo(b,f)diazepine	TN-8
2,8-dichloro-11(-piperazine-N-yl) dibenzo(b,f)diazepine	TN-9
2,8-dichloro-11-(1,2-Diaminoethane-N-yl) dibenzo(b,f)diazepine	TN-10

Pharmaceutical-Grade Quality

Our tricyclic derivatives maintain an exceptional purity level exceeding 98%, ensuring reliable results in pharmaceutical synthesis and research. Each batch undergoes rigorous quality control, making them suitable for use in critical pharmaceutical processes and laboratory applications. These compounds are trusted by professionals seeking high-grade intermediates for consistent outcomes.

Flexible Packaging and Safe Storage

To cater to various operational needs, we offer custom packaging in HDPE and fiber drums. Maintaining product integrity is paramountstore the derivatives in a cool, dry environment within a tightly sealed container. This safeguards the compounds stability and enables a full 24-month shelf life.

Versatile Applications in Synthesis

Owing to their high purity and dependable characteristics, these tricyclic derivatives are widely utilized as intermediates for synthesizing a range of pharmaceutical compounds. Researchers and manufacturers rely on their stability and effectiveness for experimental and commercial production alike, promoting innovation and efficiency in drug development.

FAQs of Tricyclic Derivatives:

Q: How should tricyclic derivatives be stored to preserve their quality?

A: For optimal stability, store the tricyclic derivatives in a tightly closed container in a cool, dry place. This helps ensure the compound retains its efficacy and purity for the full 24-month shelf life.

Q: What is the main application of these tricyclic derivatives?

A: These derivatives are primarily used as pharmaceutical intermediates, serving as crucial components during the synthesis and research phases of drug development.

Q: When is it advisable to use tricyclic derivatives with purity above 98%?

A: High-purity tricyclic derivatives (purity >98%) should be used when precise and reliable results are essential, especially in pharmaceutical synthesis and research where impurities can affect outcomes.

Q: Where are these pharmaceutical-grade tricyclic derivatives available?

A: We distribute, export, import, manufacture, retail, supply, trade, and wholesale these derivatives throughout India, making them accessible for a variety of pharmaceutical and research needs.

Q: What is the recommended process for handling and packaging?

A: Handle the product in accordance with standard laboratory safety procedures. Packaging is provided in HDPE or fiber drums, with customization to meet client specifications, ensuring safe and convenient transport and storage.

Q: How can using these tricyclic derivatives benefit pharmaceutical research and production?

A: Their high purity and consistent quality guarantee reliable performance, supporting precise synthesis and innovative discovery in pharmaceutical science.

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