The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways

Product Details
CAS No.: 109 99 9
Formula: C4h8o
EINECS: 203-786-5
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  • The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways
  • The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways
  • The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways
  • The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways
  • The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways
  • The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways
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  • Overview
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Overview

Basic Info.

Model NO.
THF
Type
Amphiprotic Solvent
Composition
Inorganic
Usage
Dissolved, Medium, Bonding
Flux Type
Basic Flux
Molecular Weight
72.107
CAS
109 99 9
Melting Point
-108.5 °c
Boiling Point
66 °c
Water Solubility
Soluble
Density
0.89 G/Cm³
Appearance
Colorless Transparent Liquid
Flash Point
-14 °c (Cc)
Safety Description
S16; S26; S29; S33; S36
Hazard Symbol
F
Hazard Description
R11; R19; R36/37
Un Dangerous Goods Number
2924
Transport Package
Drum
Specification
180kg/drum
Origin
China
HS Code
29321100
Production Capacity
50000 Pieces/Year

Product Description

Product Description
 
safety/security information
CAS
109/99/9
EINECS 203-786-5
Chemical formula C4H8O
Molecular weight 72.107
Melting point -108.5 °C
Boiling point 66 °C
Water solubility soluble
Density 0.89 g/cm³
Appearance colorless transparent liquid
Flash point -14 °C (CC)
Safety description S16; S26; S29; S33; S36
THF) is a cyclic ether. It is a colorless liquid with low viscosity and miscible with water at room temperature and pressure. Its chemical formula can be written as (CH2)4O. Due to its long liquid range, it is a commonly used medium polar aprotic solvent. Its main use is as a precursor of high molecular polymers.
The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction PathwaysTHF is produced in quantities of about 200,000 tonnes per year. [2] The most widely used method is the acid-catalyzed dehydration , similar to the dehydration of ethanol to produce ethylene. Butanediol can be obtained by carbonylation of acetylene followed by hydrogenation. DuPont has developed a method for producing by oxidation followed by catalytic hydrogenation. [3] Butanediol can also be produced by hydroformylation followed by hydrogenation.

THF can also be produced by catalytic hydrogenation of f. .F can be derived from pentose sugars. However, this method is not widely used.
The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction PathwaysTHF can be polymerized into chain-like polytetramethylene oxide (PTMEG) in a strong acidic environment. CAS No. [25190-06-1], also known as PTMO, which stands for "polytetramethylene oxide". Its basic use is to make elastic polyurethane fibers, such as spandex.The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways
The Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction PathwaysThe Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction PathwaysThe Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction PathwaysThe Unsung Hero of Organic Chemistry How Thf Facilitates Complex Reaction Pathways

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