- n-Butylamine is an organic
compound with the formula CH3CH2CH2CH2NH2.
- n-Butylamine other names are
1-Aminobutane,1-Butanamine, Monobutylamime.
- n-Butylamine molecular
formula is C4H11N.
- n-Butylamine is a colourless
liquid is one of the four isomeric amines of butane, the others being
sec-butylamine, tert-butylamine and isobutylamine.
- n-butylamine is a liquid
having the fishy and ammonia-like odor common to amines.
- n-Butylamine is soluble in
all organic solvents.
- n-Butylamine compound is
used as an ingredient in the manufacture of pesticides, pharmaceuticals,
and emulsifiers.
- n-Butylamine is also a
precursor for the manufacture of N,N'-dibutylthiourea
- It is used as rubber
vulcanization accelerator, and n-butylbenzenesulfonamide, a plasticizer
of nylon.
- Highly flammable. Causes
severe burns. Harmful by inhalation, in contact with skin and if
swallowed.
- n-Butylamine density is
740.00 kg/m³.
- Water was produced
indicating the utilization of some of the hydrogen in n-butyl amine
is react with oxygen presumably present in the sulfate groups.
- The fact that n-butyl amine
undergoes oxidation and
reduction reactions at ambient temperature
suggests that the conversion of hydrocarbons.
- Decomposition of n-butyl
amine occurs on both sulfated zirconia and Pt-sulfated
zirconia.
- n-butyl amine contains
hydrogen atoms bonded to the nitrogen atom and these
are apparently
active to allow the formation of water at ambient temperature.
- n-butylamine solution was
prepared by n-butylamine in a 100mL volumetric flask and making up the
volume using dried benzene.
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Technology
- Density and viscosity
of aliphatic amines
- Extractants for Removal of
Lead
- N-butylamine chemical
properties
- N-phenyl-n-butylamine
- Volatile Nitrosamines
- Chemical use temperature
guide
Process
- Thermal treatment
- Large scale
manufacture
- One-pot synthesis
- Lanthanum phosphate
with
n-butylamine
- Processes for manufacturing
amines
Msds
- n-Butylamine-fisher
- n-Butylamine-solid
- N-Nitroso-di-n-butylamine
- n-Butylamine-Oxea
- n-Butylamine-Science
- n-Butylamine-Tci
- n-Butylamine technical
data
Applications
- Use n-butylamine to measure
acidity
- Effect of
n-butylamine
- Application notes
- Nanoelectrospray
Ionization
- Isocyanate Content of
Urethane
Products
Patent
- Method of preparation
- Dispersing agent
- N-Alkylation of indole
derivatives
- Preparation of
n-butylamine
- Tetra N-Alkyl long
chain
- Triazine Ring
Study
- Blocked
isocyanates
- Occurrence of nine
nitrosamines
- Synthetic polymers
- N-Butylamine
Thermodesorption
- Application of hammett
Indicators
|
Company Profile
- Company from Mizoram
- Company list from
china
- Company from
Maharashtra
- Company from Mumbai
Consultancy
- Alkylamine
consultancy
- T-butylamine
- Plastics Consultancy
network
Suppliers
- Supplier from china
- Supplier list from US
- Supplier list from
India
- Supplier list from
Japan
- Supplier list from UK
- Supplier list from
Mumbai
Turnkey
- Honeywell turnkey
provider
Raw
materials
- Amine
- Amine reactivity
- Amine manufacturers and
suppliers
- Benzene
Report &
Market
- Health effects of
amines
- Nitrosamines
- Oxea-Company market
report
Toxicity
- Cautionary response of
n-butylamine
- Hazard substance sheet
- Health based
re-assessments
- Report on Carcinogens-about
toxicology
- Occupational safety and
health guideline
- N-butylamine Toxnet
data
Projects
- Gossypol with
n-butylamine
- Detection of n-Butylamine
vapors
- Acidity of Silica-alumina
catalysts
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