Udita Górka
Chief Research Officer | Andria | Italy
I am working as Chief Research Officer.
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In a scientific or manufacturing setting, PFA refers to a specific material: Perfluoroalkoxy alkane. This is a type of fluoropolymer (a cousin of the more well-known Teflon, which is PTFE). PFA shares PTFE's excellent resistance to heat and chemicals but is also known for being melt-processable, making it easier to form into complex shapes like pipes, valves, and film liners for chemical tanks. Its properties include: * Excellent chemical resistance against almost all industrial chemicals. * A high continuous service temperature (up to 260°C / 500°F). * Low friction and non-stick properties. * High clarity and flexibility in its film form.So, if you're an engineer looking at spec sheets for tubing or a chemist ordering lab equipment, PFA will refer to this high-performance plastic.
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