Purity 98%: N-Heptanal with 98% purity is used in flavor and fragrance synthesis, where it ensures consistent olfactory profile and high sensory quality.

Molecular Weight 114.19 g/mol: N-Heptanal of 114.19 g/mol is used in pharmaceutical intermediate manufacturing, where it enables precise downstream compound formulation.

Boiling Point 152°C: N-Heptanal with a boiling point of 152°C is used in organic synthesis reactions, where stable evaporation leads to efficient process control.

Stability Temperature 40°C: N-Heptanal stable at 40°C is used in long-term storage applications, where it maintains structural integrity and prevents degradation.

Low Impurity Profile: N-Heptanal with a low impurity profile is used in high-purity laboratory research, where impurities are minimized for accurate experimental outcomes.

Density 0.816 g/cm³: N-Heptanal of 0.816 g/cm³ density is used in solvent systems, where optimal mixing behavior enhances reaction efficiency.

Melting Point -43°C: N-Heptanal with a melting point of -43°C is used in cold storage processes, where it remains in liquid phase for ease of handling.

Particle Size <5 µm: N-Heptanal with a particle size below 5 µm is used in microencapsulation, where uniform dispersion ensures controlled release properties.

Volatility High: N-Heptanal with high volatility is used in aroma formulation, where rapid vaporization leads to effective scent diffusion.

Hydrophobicity High: N-Heptanal with high hydrophobicity is used in emulsion manufacturing, where it promotes phase separation and product stability.