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2,6 - LUTIDINE 99% For Synthesis

Name: 2,6 - LUTIDINE 99% For Synthesis
Brand: A. B. ENTERPRISES
Price: 2200.00 INR
Availability: InStock

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MOQ : 1 Milliliter

2,6 - LUTIDINE 99% For Synthesis Specification

Ph Level
Alkaline

Solubility
Soluble in water, alcohol, ether

Poisonous
Yes

Smell
Acrid, strong

Structural Formula
C5H3N(CH3)2

Taste
Pungent

Melting Point
-4°C

Refractive Rate
1.505-1.507

Density
0.925 Gram per cubic centimeter(g/cm3)

Other Names
2,6-Dimethylpyridine

Molecular Formula
C7H9N

Form
Liquid

Storage
Store in cool, dry place, tightly closed

HS Code
2933.39

Boiling point
143-144°C

Shape
Liquid (at room temperature)

Molecular Weight
107.15 g/mol

Purity
99%

Classification
Pyridine derivative

Chemical Name
2,6-Lutidine

CAS No
108-48-5

EINECS No
203-623-8

Grade
99% (For Synthesis)

Standard
For synthesis

Type
Organic Base

Usage
Chemical reagent, laboratory synthesis

Main Material
2,6-Lutidine

Application
For synthesis, used as intermediate in organic synthesis

Autoignition Temperature
425°C

Stability
Stable under normal temperature and pressure

Appearance
Colourless to pale yellow liquid

Packing
Glass bottle / Drum

Flash Point
34°C (Closed cup)

Vapor Pressure
4.2 mm Hg at 25°C

Hazard Class
Harmful, irritant

About 2,6 - LUTIDINE 99% For Synthesis

Discover 2,6-LUTIDINE 99% For Synthesis, a venerable organic base with meritorious purity for valuable synthesis applications. Now on Clearance, try now to unlock its prowess as a reagent and intermediate in countless chemical transformations. This colourless to pale yellow liquid offers stable handling, excellent water and solvent solubility, and reliable performance under standard conditions. Packaged in glass bottles or drums, 2,6-Lutidine is a pyridine derivative essential for laboratories and chemical manufacturers. Explore bonus offers for bulk orders, and experience its robust synthesis capabilities today!

Features & Site Of Application

2,6-LUTIDINE 99% For Synthesis stands out with its distinguished purity, stable characteristics, and pungent aroma. Commonly valued in laboratories, it serves as a key intermediate for organic synthesis, pharmaceutical research, and specialty chemical development. Its alkaline nature, versatile solubility, and acrid smell ensure reliable process outcomes, making it indispensable in research institutes and chemical manufacturing plants. Extra features include stable vapor pressure, meritorious flash point, and robust density for advanced synthetic applications.

Payment Terms & Logistics

We offer flexible payment modes for your purchase of 2,6-LUTIDINE 99% For Synthesis. Enjoy quick dispatch of your order, with secure shipping to guarantee product integrity. Packaging details include choice of glass bottles or durable drums. Estimate delivery times are tailored for varied order sizes and locations across India, ensuring timely arrival. Explore our payment options and reliable delivery network for a smooth and satisfactory buying experience.

FAQ's of 2,6 - LUTIDINE 99% For Synthesis:

Q: How should 2,6-LUTIDINE 99% For Synthesis be stored for maximum stability?

A: 2,6-LUTIDINE 99% should be stored tightly closed in a cool, dry environment under stable temperature and pressure to maintain its purity and quality.

Q: What is the primary usage of 2,6-LUTIDINE in laboratory synthesis?

A: This compound is primarily utilized as an intermediate in organic synthesis and as a valuable chemical reagent for research and development activities.

Q: When can I expect my order to be dispatched after payment?

A: Orders are typically processed and dispatched quickly after payment, with shipping estimates depending on order size and delivery location within India.

Q: Where is 2,6-LUTIDINE commonly applied?

A: It finds application in research laboratories, chemical manufacturing units, and pharmaceutical development centers throughout India and globally.

Q: What are the benefits of using 2,6-LUTIDINE with 99% purity?

A: High-purity 2,6-LUTIDINE ensures reliable synthesis outcomes, reduced impurities, and consistency in research experiments or manufacturing processes.