{ Methylamines

Methylamines

Methylamines

Monometilamin

PRODUCT SPECIFICATIONS ANHYDROUS FORM 100% ANALYTICAL METHOD 100% WATER SOLUTION 40% ANALYTICAL METHOD 40%
Monomethylamin 99,65 min Gas Chromatographic 40-41 min. Titrimetric
Ammonia 0,05 max. Gas Chromatographic 0,02 max. Chromatographic
Dimethylamin 0,1 max. Gas Chromatographic 0,04 max. Chromatographic
Trimethylamin 0,1 max. Gas Chromatographic 0,04 max. Chromatographic
Water 0,1 max. Gas Chromatographic 60 max.  

APPLICATION FIELDS

  • Pharmaceuticals
  • Photography
  • Surfactants
  • Solvents
  • Explosive Materials

Dimethylamin

PRODUCT SPECIFICATIONS ANHYDROUS FORM ANALYTICAL METHOD (ANHYDROUS) WATER SOLUTION ANALYTICAL METHOD (SOLUTION)
Dimethylamin Min % 99,79 Gas Chromatographic Min % 40-41 Min % 60-61 Titrimetric
Ammonia Max % 0,005 Gas Chromatographic Max % 0,002 Max % 0,003 Gas Chromatographic
Monometilamin Max % 0,05 Gas Chromatographic Max % 0,02 Max % 0,03 Gas Chromatographic
Trimetilamin Max % 0,05 Gas Chromatographic Max % 0,02 Max % 0,03 Gas Chromatographic
Water Max % 0,1 Gas Chromatographic Max % 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

Dimethylamine (DMA) SDS
DIMETHYLAMINE (DMA) 40% SDS
DIMETHYLAMINE (DMA) 60% SDS

Trimetilamin

PRODUCT SPECIFICATIONS ANHYDROUS FORM 100% ANALYTICAL METHOD 100% WATER SOLUTION 40% ANALYTICAL METHOD
Trimethylamin Min % 98,97 Gas Chromatographic Min % 40-41 Titrimetric
Ammonia Max % 0,0035 Gas Chromatographic Max % 0,002 Gas Chromatographic
Monometilamin Max % 0,0106 Gas Chromatographic Max % 0,005 Gas Chromatographic
Dimethylamin Max % 0,0158 Gas Chromatographic Max % 0,006 Gas Chromatographic
Water Max. 1 – Max. 60 –

APPLICATION FIELDS

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

Dimethylamine Hydrochloride

PRODUCT SPECIFICATIONS VALUE TEST METHOD
Dimethylamine Hydrochloride 70-72% (w/w) IC
Monomethylamine Hydrochloride 0.00- 0.20% (w/w) IC
Trimethylamine Hydrochloride 0.00-0.05% (w/w) IC+Titrimetric
Ammonium 0.00-0.10% (w/w) IC
Refractive Index 1.437-1.442 Refractometric
Iron <50 ppm Colorimetric
Cl Content Positive (mol/kg) Volumetric
pH 0.0-2.0 pH Meter
Appearance Colorless-pale yellow clear solution Visual

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 SPECIFICATIONS VALUE TEST METHOD
Trimethylamine Hydrochloride 68-68.5% (w/w) IC+Titrimetric
Monomethylamine Hydrochloride Max. 0.01% (w/w) IC
Dimethylamine Hydrochloride Max. 0.0125% (w/w) IC
Ammonium Chloride Max. 0.005% (w/w) IC
Water 28.97-30% (w/w) Calculated
Iron Max. 1ppm Colorimetric
pH 6.5-6.6 pH Meter
Color Max. 15 APHA Spektrophotometric
Density (20°C) 1.026-1.028gr/cm³ Densitymeter
Appearance Colorless-pale yellow clear solution Visual

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