{ Methylamines

Methylamines

Methylamines

Monometilamin

PRODUCT SPECIFICATIONSANHYDROUS FORM 100%ANALYTICAL METHOD 100%WATER SOLUTION 40%ANALYTICAL METHOD 40%
Monomethylamin99,65 minGas Chromatographic40-41 min.Titrimetric
Ammonia0,05 max.Gas Chromatographic0,02 max.Chromatographic
Dimethylamin0,1 max.Gas Chromatographic0,04 max.Chromatographic
Trimethylamin0,1 max.Gas Chromatographic0,04 max.Chromatographic
Water0,1 max.Gas Chromatographic60 max. 

APPLICATION FIELDS

  • Pharmaceuticals
  • Photography
  • Surfactants
  • Solvents
  • Explosive Materials

 

 

 


Dimethylamin

PRODUCT SPECIFICATIONSANHYDROUS FORMANALYTICAL METHOD (ANHYDROUS)WATER SOLUTION ANALYTICAL METHOD (SOLUTION)
DimethylaminMin % 99,79Gas ChromatographicMin % 40-41 Min % 60-61Titrimetric
AmmoniaMax % 0,005Gas ChromatographicMax % 0,002 Max % 0,003Gas Chromatographic
MonometilaminMax % 0,05Gas ChromatographicMax % 0,02 Max % 0,03Gas Chromatographic
TrimetilaminMax % 0,05Gas ChromatographicMax % 0,02 Max % 0,03Gas Chromatographic
WaterMax % 0,1Gas ChromatographicMax % 60 Max % 40

APPLICATION FIELDS

  • Directly
  • Stabilization of natural rubber latex
  • In leather tanning process
  • In drilling oil wells
  • in solvent Production of SBR and acetone formaldehyde resins, catalyst for paraffin and olefin nitrobics
  • As starting and intermediate raw materials for products
  • DMF – Dimetilformamid
  • DMAC – Dimetilasetamid
  • DMA alcohols
  • Agricultural product protector
  • Used in the paint industry

 

 

 

 

 


Trimetilamin

PRODUCT SPECIFICATIONSANHYDROUS FORM 100%ANALYTICAL METHOD 100%WATER SOLUTION 40%ANALYTICAL METHOD
TrimethylaminMin % 98,97Gas ChromatographicMin % 40-41Titrimetric
AmmoniaMax % 0,0035Gas ChromatographicMax % 0,002Gas Chromatographic
MonometilaminMax % 0,0106Gas ChromatographicMax % 0,005Gas Chromatographic
DimethylaminMax % 0,0158Gas ChromatographicMax % 0,006Gas Chromatographic
WaterMax. 1Max. 60

APPLICATION FIELDS

  • Directly
  • As a catalyst in different processes
  • in resin
  • As a disinfectant
  • As a flotation agent
  • Chroline salts

 

 

 

 


Dimethylamine Hydrochloride

PRODUCT SPECIFICATIONSVALUETEST METHOD
Dimethylamine Hydrochloride70-72% (w/w)IC
Monomethylamine Hydrochloride0.00- 0.20% (w/w)IC
Trimethylamine Hydrochloride0.00-0.05% (w/w)IC+Titrimetric
Ammonium0.00-0.10% (w/w)IC
Refractive Index1.437-1.442Refractometric
Iron<50 ppmColorimetric
Cl ContentPositive (mol/kg)Volumetric
pH0.0-2.0pH Meter
AppearanceColorless-pale yellow clear solutionVisual

PRODUCT DESCRIPTION

Molecular Weight: 81.54 g/mol
Freezing Point °C: -24
Density at 20 °C: 1044kg/m³
Appearance: Colorless-pale yellow clear solution

 

 

 


Trimethylamine Hydrochloride

PRODUCT SPECIFICATIONSVALUETEST METHOD
Trimethylamine Hydrochloride68-68.5% (w/w)IC+Titrimetric
Monomethylamine HydrochlorideMax. 0.01% (w/w)IC
Dimethylamine HydrochlorideMax. 0.0125% (w/w)IC
Ammonium ChlorideMax. 0.005% (w/w)IC
Water28.97-30% (w/w)Calculated
IronMax. 1ppmColorimetric
pH6.5-6.6pH Meter
ColorMax. 15 APHASpektrophotometric
Density (20°C)1.026-1.028gr/cm³Densitymeter
AppearanceColorless-pale yellow clear solutionVisual

PRODUCT DESCRIPTION

Appearance: Colorless-pale yellow clear solution
– It has amine smell.
– Totally soluble in water.
– Contact with the heat and fire may release hydrochloric acid and trimethylamine gas which are toxic.
Possibility of hazardous reactions: Acids, acid chlorides, acid anhydrides, oxidizers and bases