Knowde Enhanced TDS
Identification & Functionality+
Features & Benefits+
Applications & Uses+
Epoxy resins cured with Dytek® amines have excellent properties for use in coatings, civil engineering, adhesives, marine, and composite applications.
- Polyamide plastics, films, and fibers
- Polyamide adhesive and ink resins
- Corrosion inhibitor
- Epoxy curing agents
- Water treatment chemicals
- Metalworking Fluids
- Chain extenders (Polyurethanes)
Industrial and Marine Coatings:
DYTEK® A amine provides good metal adhesion, chemical & corrosion resistance, and toughness for demanding industrial and marine applications.
DYTEK® A amine imparts a high gloss, low blush, uniform finish and improves UV stability compared to alternative amines.
Low Temperature Curative:
DYTEK® A amine’s low viscosity and fast cure rate make it an excellent choice for low temperature application and curing.
When used with slower curatives like polyether- or cyclo-aliphatic amines, small amounts of DYTEK® A amine can reduce gel time while maintaining key mechanical properties of final product.
DYTEK® A amine is used as a chain extender in polyurethane applications. Differential reactivity due to the methyl substituent influences cross-linking and crystallinity.
DYTEK® A amine derivatives such as secondary amines, aspartic esters, ketoimines and aldimines can be used as curatives in polyurea systems.
The diisocyanate from DYTEK® A amine can impart unique properties to elastomer and sealant formulations.
DYTEK® A amine can be used as an alternative to hexamethylene diamine to lower melting point, improve thermal stability and flexibility, and allow for more open time. Aldimine derivatives can be used in moisture-cured polyurethane reactive hot melts.
DYTEK® A amine acts as a crystallinity disruptor, making polymers more amorphous and slower to crystallize. Potential benefits include lower melting point, improved surface appearance, reduced gelling, reduced melt and quench temperatures, reduced water absorption, improved dye uptake, and increased abrasion resistance.
In addition, DYTEK® A amine may allow for more versatility in polymer composition such as reducing the amount of isophthalic acid needed to maintain transparency or reducing total cost by allowing use of lower cost acids, such as terephthalic acid.
Neutralizing or Buffering Agent:
Typically does not produce insoluble salts.
Suppresses iron and amine discoloration, improves corrosion resistance and provides effective pH control, extends life by reducing formation of dark color and sediment.
|Value||Units||Test Method / Conditions|
|Amine Equivalent Weight||58||-||-|
|Boiling Point||192 (378)||°C (°F)||-|
|Critical Pressure (Pc)||35.3||atm||-|
|Critical Temperature (Tc)||383||°C||-|
|Critical Vapourization (Vc)||424||mL/g·mol||-|
|Flash Point||83 (181)||°C (°F)||Closed Cup|
|Freezing Range||-56 to -60 (-68 to -76)||°C (°F)||-|
|Hansen Solubility Parameters (H-Bonding)||5.5||-||-|
|Hansen Solubility Parameters (Nonpolar)||8.2||-||-|
|Hansen Solubility Parameters (Overall)||10.4||-||-|
|Hansen Solubility Parameters (Polar)||3.1||-||-|
|Heat of Combustion (∆Hc)||9100||cal/g||-|
|Heat of Vaporization (∆Hv at 193°C)||92.8||cal/g||-|
|Partition Coefficient (Kow)||0.8||-||-|
|pH (5% Aqueous Solution at 25°C)||12.1||-||-|
|pKa1 (at 25°C (77°F))||11.2||-||-|
|pKa2 (25°C (77°F))||10||-||-|
|Refractive Index (at 25°C (77°F))||1.4588||nD||-|
|Specific Gravity (at 25°C (77°F))||0.86||-||-|
|Surface Tension (at 24°C (77°F))||34.9||dyn/cm||-|
|Viscosity (at 22.6°C (73°F))||2.63||cP||-|
Technical Details & Test Data+
Packaging & Availability+
|Railcar||Net Weight : 140,000/63,500 (lbs/kg)|
|Tank truck||Net Weight : 42,000/19,000 (lbs/kg)|
|ISO containers||Net Weight : 40,000/18,100 (lbs/kg)|
|Steel Drums||Net Weight : 375/170 (lbs/kg)|
Store DYTEK® A amine under nitrogen padding. Extended storage of DYTEK® A amine in unlined carbon steel vessels may cause color formation. Teflon® fluoropolymer or graphite is preferred for gaskets and packings.