Poly(perfluoropropylene Oxide) TCI P0966

TCI Poly(perfluoropropylene Oxide), CAS 25038-02-2, is a perfluoropolyether (PFPE) polymer: a polyether chain in which every hydrogen atom has been replaced by fluorine. Full fluorination makes the material chemically very inert. In the laboratory it belongs to the polymer reagents used in materials science. Researchers use it as an inert fluid, a specialty lubricant, a surface-treatment medium, and a reference material in fluorinated-polymer research. It matters most when work calls for a fluid that will not react with aggressive reagents.

Its main advantage is very high chemical resistance. The strong carbon–fluorine bonds along the backbone let the polymer withstand strong acids, bases, oxidizers, and many organic solvents. It is also thermally stable, has low vapour pressure, is non-flammable, and is both hydrophobic and oleophobic. These properties make it a common choice for vacuum systems, for lubricating components that contact reactive chemicals, and for surface research that needs low surface energy. It holds up in conditions where conventional hydrocarbon or silicone fluids may degrade or contaminate a system.

In Indonesia, this polymer is useful to laboratories working in materials science, applied physics, and chemical engineering. It serves as a research material for fluoropolymer studies and as an inert working fluid. University research groups, government research institutes, and industrial R&D teams can use it to study fluorinated materials, develop low-energy surface coatings, and maintain vacuum or reactive-chemical equipment. Because it is supplied by TCI, a well-known reagent brand, researchers can count on consistent quality between orders when planning experiments.

• Inert working fluid: the fully fluorinated backbone does not react with aggressive reagents, so it can serve as a stable liquid medium near strong acids, bases, and oxidizers.
• Specialty lubrication: its chemical resistance and thermal stability make it suitable for lubricating valves, joints, and moving parts that contact reactive chemicals.
• Vacuum system use: its low vapour pressure helps keep vacuum equipment clean and stable, so it is a practical choice for vacuum pumps and related laboratory setups.
• Surface treatment research: its hydrophobic and oleophobic character supports studies on low-surface-energy coatings, water and oil repellency, and modification of material interfaces.
• Fluoropolymer reference material: as a well-defined perfluoropolyether, it can be used as a comparison sample when researchers characterise or develop new fluorinated polymers and materials.

Store Poly(perfluoropropylene Oxide) in its original, tightly sealed container in a cool, dry, well-ventilated area, away from direct sunlight and heat sources. Glass or compatible fluoropolymer containers work well; keep containers closed when not in use to prevent contamination from dust or moisture. Although the material is chemically inert and non-flammable, follow standard laboratory practice: wear safety glasses, gloves, and a lab coat, avoid inhaling vapours or decomposition products if heated strongly, and work in a fume hood when processing at elevated temperatures. Before use, read the TCI Safety Data Sheet (SDS) for specific hazard and disposal guidance, and dispose of waste according to local regulations for fluorinated materials.

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