Purity 99.9%: Hexafluoropropylene with purity 99.9% is used in fluoropolymer synthesis, where it ensures high molecular weight polymer formation and consistent quality.

Boiling point -29.4°C: Hexafluoropropylene with a boiling point of -29.4°C is used in specialty gas manufacturing, where it facilitates efficient low-temperature processing.

Stability temperature up to 150°C: Hexafluoropropylene with stability temperature up to 150°C is used in elastomer production, where it imparts thermal resistance and long-term material durability.

Moisture content < 50 ppm: Hexafluoropropylene with moisture content less than 50 ppm is used in semiconductor etching gases, where it prevents undesirable hydrolysis and maintains etching precision.

Molecular weight 150.04 g/mol: Hexafluoropropylene with a molecular weight of 150.04 g/mol is used in refrigerant precursor manufacturing, where molecular consistency supports standardized downstream processing.

Particle size < 0.5 micron (in dispersion): Hexafluoropropylene with particle size below 0.5 micron in dispersion is used in advanced surface coatings, where it provides uniform film formation and enhanced surface properties.

Reactivity index (relative to standard) 0.42: Hexafluoropropylene with a reactivity index of 0.42 is used in controlled polymerization processes, where lower reactivity minimizes side product generation.

Gas phase purity 99.5%: Hexafluoropropylene with gas phase purity of 99.5% is used in pharmaceutical intermediate synthesis, where high purity supports critical reaction integrity.

Non-flammability: Hexafluoropropylene exhibiting non-flammability is used in fire suppression systems, where it ensures safe handling and operational security.

UV stability: Hexafluoropropylene with high UV stability is used in outdoor fluoropolymer applications, where it delivers resistance to photodegradation and prolongs service life.