Purity 99%: 1-Iodobutane with 99% purity is used in pharmaceutical intermediate synthesis, where high purity ensures minimal byproduct formation.

Molecular weight 184.04 g/mol: 1-Iodobutane at 184.04 g/mol is used in alkylation reactions in organic chemistry, where precise molecular weight facilitates accurate stoichiometric calculations.

Boiling point 130°C: 1-Iodobutane with a boiling point of 130°C is used as a solvent in specialized extractions, where moderate volatility enables efficient solvent recovery.

Density 1.49 g/cm³: 1-Iodobutane with a density of 1.49 g/cm³ is used in phase-transfer catalysis, where high density promotes rapid phase separation.

Refractive index 1.499: 1-Iodobutane with a refractive index of 1.499 is used in analytical chemistry applications, where accurate refractive properties support reliable compound identification.

Stability temperature 25°C: 1-Iodobutane stable at 25°C is used in storage and handling for laboratory protocols, where ambient stability minimizes decomposition risk.

Low water solubility: 1-Iodobutane exhibiting low water solubility is used in hydrophobic organic synthesis, where immiscibility with aqueous phases enhances product isolation.

High reactivity for SN2 reactions: 1-Iodobutane with elevated SN2 reactivity is used in nucleophilic substitution processes, where high reactivity increases overall conversion rates.

Flash point 36°C: 1-Iodobutane with a flash point of 36°C is used in controlled heating systems, where known flammability parameters ensure safe process management.

Halide source: 1-Iodobutane acting as a primary alkyl halide is used in organometallic reagent preparation, where halide functionality enables efficient metal-halogen exchange reactions.