Purity 98%: Diphenylchloroarsine with purity 98% is used in chemical decomposition studies, where it provides reliable reactivity for controlled breakdown analysis.

Melting Point 37°C: Diphenylchloroarsine with a melting point of 37°C is used in low-temperature vaporization applications, where efficient generation of active vapors is required.

Molecular Weight 290.56 g/mol: Diphenylchloroarsine with a molecular weight of 290.56 g/mol is used in experimental toxicology assessments, where precise dosing and exposure calculations are critical.

Stability Temperature 25°C: Diphenylchloroarsine with stability at 25°C is used in controlled laboratory storage, where material integrity for experiments is maintained.

Particle Size <50 µm: Diphenylchloroarsine with particle size less than 50 µm is used in aerosol dispersion tests, where uniform suspension and consistent distribution are necessary.

Volatility High: Diphenylchloroarsine with high volatility is used in military simulation exercises, where rapid dispersion and environmental penetration are evaluated.

Viscosity Grade Low: Diphenylchloroarsine with a low viscosity grade is used in liquid-phase delivery systems, where fast and efficient transfer is achieved.

Solubility in Chloroform: Diphenylchloroarsine with high solubility in chloroform is used in solution-based analytical chemistry, where homogeneous mixing enhances reaction accuracy.

Refractive Index 1.67: Diphenylchloroarsine with a refractive index of 1.67 is used in optical detection setups, where distinct spectral response facilitates accurate compound identification.

Shelf Life 12 months: Diphenylchloroarsine with a shelf life of 12 months is used in chemical stockpiling programs, where long-term stability ensures readiness for deployment.