Purity 99%: Triallylamine with 99% purity is used in the synthesis of ion-exchange resins, where high purity ensures optimal polymerization efficiency.

Molecular Weight 111.18 g/mol: Triallylamine with molecular weight of 111.18 g/mol is used as a cross-linking agent in epoxy formulations, where precise molecular weight enables predictable network structure.

Low Boiling Point 123°C: Triallylamine with a low boiling point of 123°C is used in pharmaceutical intermediate production, where facilitate easy removal by distillation.

Density 0.805 g/cm³: Triallylamine with density of 0.805 g/cm³ is used in chemical vapor deposition processes, where controlled density improves vapor phase transfer.

Stability Temperature up to 50°C: Triallylamine stable up to 50°C is used in catalyst manufacturing, where thermal stability prevents decomposition during mixing.

Viscosity 0.66 mPa·s: Triallylamine with viscosity of 0.66 mPa·s is used in the production of specialty surfactants, where low viscosity aids homogeneous blending.

Water Content <0.2%: Triallylamine with water content below 0.2% is used in electronics-grade chemical synthesis, where minimal moisture reduces contamination risk.

Refractive Index 1.429: Triallylamine with refractive index 1.429 is used in optical material formulations, where accurate refractive control enhances material consistency.

Flash Point 12°C: Triallylamine with a flash point of 12°C is used in rapid-curing adhesive production, where high volatility ensures quick setting.

pH (10% aqueous) 9.7: Triallylamine with pH 9.7 in 10% aqueous solution is used in corrosion inhibitor synthesis, where alkaline conditions promote product stability.