Distillation

PAC instruments ensure accurate and automated atmospheric distillation testing for petroleum products and fuels. Equipped with precise temperature control, digital volume detection, and real-time data acquisition, these systems deliver consistent and ASTM-compliant results. Ideal for refinery, petrochemical, and quality control laboratories requiring reliable boiling range and volatility analysis.

PAC micro-distillation instruments provide precise analysis of small-volume petroleum and fuel samples. Equipped with high-accuracy temperature control, digital volume detection, and rapid data acquisition, these systems enable consistent boiling point and volatility determination. Designed for laboratory-scale testing in petrochemical, refinery, and quality control applications, ensuring repeatable, ASTM-compliant results.

PAC vacuum distillation instruments provide accurate determination of the boiling range of petroleum products and residues under reduced pressure. Featuring precise temperature and pressure control, automated operation, and digital data acquisition, they ensure ASTM-compliant, repeatable results. Ideal for high-boiling materials testing in refineries, petrochemical, and quality control laboratories.

PAC instruments deliver high-accuracy boiling point measurement for petroleum products, fuels, and chemical samples. Featuring automated temperature control, real-time volume detection, and precise data acquisition, they ensure reliable and ASTM-compliant results. Designed for laboratories in refining, petrochemical, and quality control sectors requiring accurate volatility and distillation analysis.

PAC instruments ensure precise boiling range determination for petroleum fractions, fuels, and chemical samples. Designed with automated temperature and volume control, digital data acquisition, and high-resolution measurement, they deliver accurate and repeatable results. Fully compliant with ASTM standards, ideal for refining, petrochemical, and quality control laboratories analyzing volatility and distillation behavior.