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Dibenzylamine [N,N-bis(Methylphenyl) Amine]
11460 INR/Liter
Product Details:
- Usage Used in research, chemical synthesis, and as a pharmaceutical intermediate
- Boiling point 301 C
- Flash Point > 110 C
- Shelf Life 2 years
- Storage Instructions Store in tightly closed containers, in a cool, dry and well-ventilated place
- Ph Level Neutral
- Melting Point Not applicable (liquid at room temperature)
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Dibenzylamine [N,N-bis(Methylphenyl) Amine] Price And Quantity
- 11460 INR/Liter
- 1 Liter
- Benzenemethanamine, N-benzyl-
- Not classified as hazardous according to GHS
- Stable under recommended storage conditions
- Contains two benzyl groups attached to an amine nitrogen atom
- 203-120-5
- Faint, amine-like
- Typically synthesized by reductive amination or catalytic hydrogenation
- May cause slight irritation to eyes and skin
- 1.567
- Insoluble in water, soluble in organic solvents
Dibenzylamine [N,N-bis(Methylphenyl) Amine] Product Specifications
- Liquid
- Not applicable (liquid at room temperature)
- 103-49-1
- Used in research, chemical synthesis, and as a pharmaceutical intermediate
- Neutral
- Laboratory Grade
- Store in tightly closed containers, in a cool, dry and well-ventilated place
- School Lab Chemicals
- Pharmaceutical intermediates, laboratory reagents, organic synthesis
- 96%
- 2 years
- > 110 C
- 197.29 g/mol
- 0.976 Gram per cubic centimeter(g/cm3)
- 96%
- Clear to pale yellow liquid
- C14H15N
- Bottles / Drums
- 301 C
- Custom packaging available
- Benzenemethanamine, N-benzyl-
- Not classified as hazardous according to GHS
- Stable under recommended storage conditions
- Contains two benzyl groups attached to an amine nitrogen atom
- 203-120-5
- Faint, amine-like
- Typically synthesized by reductive amination or catalytic hydrogenation
- May cause slight irritation to eyes and skin
- 1.567
- Insoluble in water, soluble in organic solvents
Dibenzylamine [N,N-bis(Methylphenyl) Amine] Trade Information
- Cash in Advance (CID)
- 50000 Liter Per Day
- 1 Days
- Yes
- All India
Product Description
Grab this limited time promotion on Dibenzylamine [N,N-bis(Methylphenyl) Amine], a renowned, unassailable solution perfect for laboratory and industrial applications. Offered at high laboratory grade purity (96%), this clear to pale yellow liquid boasts stability under recommended storage, with a faint amine-like odor and neutral pH. Insoluble in water but easily soluble in organic solvents, Dibenzylamine is trusted for organic synthesis, pharmaceutical intermediates, and advanced research. Produced via reductive amination or catalytic hydrogenation, it's safe, with minimal irritation risk and not classified as hazardous. Custom packaging and global shipping available-grab the opportunity now!
Key Usage & Features of Dibenzylamine [N,N-bis(Methylphenyl) Amine]
Dibenzylamine serves as a vital reagent in organic synthesis and as a pharmaceutical intermediate. Its unassailable purity of 96% and stability make it perfect for laboratory use, particularly in research and chemical synthesis. This material features a molecular structure with two benzyl groups attached to the amine nitrogen, ensuring reliable performance. Renowned for its effectiveness, it appears as a clear to pale yellow liquid, and is supplied in custom packaging, ideal for faculty, researchers, and industrial professionals.
Shipping, Supply and Sample Policy for Dibenzylamine
Dibenzylamine [N,N-bis(Methylphenyl) Amine] is delivered efficiently with express shipping from renowned exporters in India. Our supply ability ensures consistent stock and timely transportation for all orders, be it bottles or drums. FOB Port options include major Indian ports, with a policy that allows samples upon request. We take pride in safe packaging and prompt service to meet your needs globally-ensuring your material is shipped securely and arrives on time.
Key Usage & Features of Dibenzylamine [N,N-bis(Methylphenyl) Amine]
Dibenzylamine serves as a vital reagent in organic synthesis and as a pharmaceutical intermediate. Its unassailable purity of 96% and stability make it perfect for laboratory use, particularly in research and chemical synthesis. This material features a molecular structure with two benzyl groups attached to the amine nitrogen, ensuring reliable performance. Renowned for its effectiveness, it appears as a clear to pale yellow liquid, and is supplied in custom packaging, ideal for faculty, researchers, and industrial professionals.
Shipping, Supply and Sample Policy for Dibenzylamine
Dibenzylamine [N,N-bis(Methylphenyl) Amine] is delivered efficiently with express shipping from renowned exporters in India. Our supply ability ensures consistent stock and timely transportation for all orders, be it bottles or drums. FOB Port options include major Indian ports, with a policy that allows samples upon request. We take pride in safe packaging and prompt service to meet your needs globally-ensuring your material is shipped securely and arrives on time.
FAQ's of Dibenzylamine [N,N-bis(Methylphenyl) Amine]:
Q: How should Dibenzylamine [N,N-bis(Methylphenyl) Amine] be stored safely?
A: It is important to store Dibenzylamine in tightly closed containers, in a cool, dry, and well-ventilated area to maintain its stability and extend its shelf life.Q: What are the main applications of Dibenzylamine in the laboratory?
A: Dibenzylamine is primarily used as a reagent in organic synthesis, pharmaceutical intermediate, chemical research, and laboratory analysis due to its unassailable purity and favorable physical properties.Q: Where does Dibenzylamine [N,N-bis(Methylphenyl) Amine] get shipped from?
A: This product is shipped from renowned exporters in India, with FOB port options at major Indian ports, ensuring reliable express shipping worldwide.Q: What benefits does Dibenzylamine offer over other amines for organic synthesis?
A: Its renowned purity, stability, and selectivity in reactions make Dibenzylamine an unassailable choice for precise and high-yield laboratory syntheses and pharmaceutical production.Q: How is Dibenzylamine typically produced?
A: It is commonly synthesized via reductive amination or catalytic hydrogenation, methods known for yielding high-purity products suitable for laboratory and industrial use.Tell us about your requirement
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GST : 27AAGFU6993E1ZO
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