Purity 99%: n-Heptane with purity 99% is used in laboratory solvent extraction, where high purity ensures reproducible analytical results.

Boiling Point 98°C: n-Heptane with a boiling point of 98°C is used in calibration of thermometric equipment, where precise boiling range provides accurate reference standards.

Aromatic Content <0.1%: n-Heptane with aromatic content less than 0.1% is used in pharmaceutical formulation, where low aromatic impurities minimize toxicity risks.

Viscosity 0.409 mPa·s: n-Heptane with viscosity 0.409 mPa·s is used in paint thinning applications, where optimal viscosity promotes uniform pigment dispersion.

Stability Temperature up to 40°C: n-Heptane with stability up to 40°C is used in storage and transportation, where thermal stability prevents decomposition during handling.

Residue After Evaporation <0.005%: n-Heptane with residue after evaporation less than 0.005% is used in electronics cleaning, where minimal residue ensures surface cleanliness.

Molecular Weight 100.20 g/mol: n-Heptane with molecular weight 100.20 g/mol is used in hydrocarbon analysis, where known molecular weight allows for precise chromatographic calibration.

Water Content <0.02%: n-Heptane with water content less than 0.02% is used in moisture-sensitive syntheses, where low water presence prevents side reactions.

Density 0.684 g/cm³: n-Heptane with density 0.684 g/cm³ is used in petrochemical blending, where consistent density facilitates accurate volumetric formulations.

Sulfur Content <1 ppm: n-Heptane with sulfur content less than 1 ppm is used in fuel testing laboratories, where low sulfur levels avoid interference in analytical determinations.