PETROLEUM ETHER 80-100 deg C For Synthesis

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PETROLEUM ETHER 80-100 deg C For Synthesis

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MOQ : 1 Milliliter

PETROLEUM ETHER 80-100 deg C For Synthesis Specification

Melting Point
Below -50 C

HS Code
271012

Ph Level
Neutral

Molecular Formula
Not applicable (mixture of hydrocarbons)

Storage
Store in a cool, well-ventilated place away from ignition sources

Shape
Liquid

Molecular Weight
Not applicable (mixture)

Other Names
Petroleum spirit, Ligroin

Density
0.70 Gram per cubic centimeter(g/cm3)

Smell
Characteristic, mild petroleum odor

Structural Formula
Complex mixture - C5 to C6 alkanes

Refractive Rate
nD20 ~1.355

Boiling point
80-100 C

Form
Clear liquid

Purity
>99%

Poisonous
Yes

Solubility
Insoluble in water, soluble in most organic solvents

Classification
Laboratory Chemical, Organic Solvent

Chemical Name
Petroleum Ether

CAS No
8032-32-4

EINECS No
232-453-7

Grade
For Synthesis

Standard
Analytical grade, meets lab synthesis requirements

Type
Aliphatic hydrocarbon mixture

Usage
For synthesis, extraction and purification

Main Material
Petroleum distillate

Application
Used as a laboratory solvent and for extraction processes

Safety Precautions
Use proper PPE, avoid direct contact, work in well-ventilated area

Viscosity
Low, approx. 0.4 mPa·s at 25 °C

Flash Point
Below -18 °C

Appearance
Transparent, colorless liquid

Packaging
Supplied in sealed glass or HDPE bottles

Vapor Pressure
High, approx. 53 mm Hg at 20 °C

Shelf Life
2 years under suitable storage conditions

Regulatory Information
Complies with REACH, GHS labeling requirements

Compatibility
May react with strong oxidizers

Transport Information
UN 1268, Flammable liquid, class 3

Hazards
Highly flammable liquid and vapor

Autoignition Temperature
220 °C

About PETROLEUM ETHER 80-100 deg C For Synthesis

Experience a gorgeous Price Cut on PETROLEUM ETHER 80-100C For Synthesis-now at the lowest price! This potent, transparent, colorless liquid delivers enlightened performance for laboratory synthesis, extraction, and purification. With a flash point below -18C, low viscosity, and high vapor pressure, it's ideal for high-performance research. Supplied in sealed glass or HDPE bottles, this organic solvent meets REACH and GHS standards. Get it now-the market's preferred grade for synthesis! Handle with care: highly flammable, shelf life 2 years, and excellent compatibility with organic processes. Store away from ignition sources.

Versatility in Laboratory Applications

PETROLEUM ETHER 80-100C For Synthesis is designed for specific and general uses across laboratory extraction and purification procedures. Its transparent, low-viscosity nature ensures it covers application surfaces smoothly, whether for research or industrial synthesis. Application is straightforward: use a pipette, bottle pour, or automated system for accurate dosing and solvent efficiency. Its compatibility with most organic compounds makes it a preferred choice in chemical laboratories and industrial scale operations alike.

Packaging, Value, and Certification Insights

Market value is reinforced by secure arrival: PETROLEUM ETHER is packaged in sealed glass or HDPE bottles to minimize expenditure on safety and wastage. Payment terms are flexible to suit distributors, suppliers, and wholesalers. Certified to REACH and GHS labeling requirements, its analytical grade ensures trusted quality. Every bottle guarantees prompt delivery, robust safety features, and documentation for import/export-making it a smart choice for manufacturers and retailers in India and abroad.

FAQ's of PETROLEUM ETHER 80-100 deg C For Synthesis:

Q: How should PETROLEUM ETHER 80-100C For Synthesis be stored for optimal shelf life?

A: Store PETROLEUM ETHER in a cool, well-ventilated area, tightly sealed in glass or HDPE bottles, away from ignition sources to maintain its two-year shelf life and quality.

Q: What is the main application of PETROLEUM ETHER 80-100C For Synthesis in laboratories?

A: It is extensively used as a solvent for synthesis, extraction processes, and purification in analytical and research laboratories, owing to its excellent solvency and compatibility with organic compounds.

Q: Where can PETROLEUM ETHER 80-100C For Synthesis be applied?

A: It can be applied on various laboratory surfaces using pipettes or pour methods, particularly in chemical extractions, purification steps, and synthesis tasks, as well as in industrial research settings.

Q: When should personal protective equipment be used with PETROLEUM ETHER?

A: Appropriate PPE-such as gloves, goggles, and lab coats-should always be worn when handling PETROLEUM ETHER to minimize risk from its highly flammable vapors and potential harmful exposure.

Q: What certification does PETROLEUM ETHER 80-100C For Synthesis comply with?

A: PETROLEUM ETHER complies with analytical grade standards and all required REACH and GHS labeling regulations, ensuring it meets stringent laboratory chemical safety and quality criteria.

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