Overview:
Krytox LVP high-vacuum grease performs over extremes of temperature and pressure that hydrocarbon, silicone, and chlorofluorocarbon greases can't match. From 15 to 300 °C (0 to 570 °F), at vapor pressures as low as 10 to 13 mmHg, and in even the most chemically severe environments, Krytox LVP grease gives dependable, proven performance.
Additionally, Krytox LVP high-vacuum grease is nonflammable, insoluble, and chemically inert. It is also an excellent lubricant and sealant. And Krytox LVP grease offers all these features at a price that is less expensive than many vacuum rated hydrocarbon, silicone, and chlorofluorocarbon greases.
Krytox LVP high-vacuum grease is used as a sealant or lubricant in vacuum systems. Chemically inert and offering superior lubrication properties, Krytox LVP grease combines the extremely low vapor pressure of Krytox fluorinated oil, which is based on the most stable type of perfluoroalkylpolyether available, with a fluorocarbon thickener. Thus, Krytox LVP grease will not explode, ignite, decompose, react to form gummy or solid deposits, or act as fuel for fires.
Krytox grease retains its lubricating ability at temperature extremes ranging from 15 to 300 °C (0 to 570 °F) and offers complete oxidation resistance. All these features add up to lower wear and longer life for equipment and components - so important when access for component repair or replacement is difficult or impossible.
Applications:
Overview:
Krytox LVP high-vacuum grease performs over extremes of temperature and pressure that hydrocarbon, silicone, and chlorofluorocarbon greases can't match. From 15 to 300 °C (0 to 570 °F), at vapor pressures as low as 10 to 13 mmHg, and in even the most chemically severe environments, Krytox LVP grease gives dependable, proven performance.
Additionally, Krytox LVP high-vacuum grease is nonflammable, insoluble, and chemically inert. It is also an excellent lubricant and sealant. And Krytox LVP grease offers all these features at a price that is less expensive than many vacuum rated hydrocarbon, silicone, and chlorofluorocarbon greases.
Krytox LVP high-vacuum grease is used as a sealant or lubricant in vacuum systems. Chemically inert and offering superior lubrication properties, Krytox LVP grease combines the extremely low vapor pressure of Krytox fluorinated oil, which is based on the most stable type of perfluoroalkylpolyether available, with a fluorocarbon thickener. Thus, Krytox LVP grease will not explode, ignite, decompose, react to form gummy or solid deposits, or act as fuel for fires.
Krytox grease retains its lubricating ability at temperature extremes ranging from 15 to 300 °C (0 to 570 °F) and offers complete oxidation resistance. All these features add up to lower wear and longer life for equipment and components - so important when access for component repair or replacement is difficult or impossible.
Applications:
Overview:
Krytox LVP high-vacuum grease performs over extremes of temperature and pressure that hydrocarbon, silicone, and chlorofluorocarbon greases can't match. From 15 to 300 °C (0 to 570 °F), at vapor pressures as low as 10 to 13 mmHg, and in even the most chemically severe environments, Krytox LVP grease gives dependable, proven performance.
Additionally, Krytox LVP high-vacuum grease is nonflammable, insoluble, and chemically inert. It is also an excellent lubricant and sealant. And Krytox LVP grease offers all these features at a price that is less expensive than many vacuum rated hydrocarbon, silicone, and chlorofluorocarbon greases.
Krytox LVP high-vacuum grease is used as a sealant or lubricant in vacuum systems. Chemically inert and offering superior lubrication properties, Krytox LVP grease combines the extremely low vapor pressure of Krytox fluorinated oil, which is based on the most stable type of perfluoroalkylpolyether available, with a fluorocarbon thickener. Thus, Krytox LVP grease will not explode, ignite, decompose, react to form gummy or solid deposits, or act as fuel for fires.
Krytox grease retains its lubricating ability at temperature extremes ranging from 15 to 300 °C (0 to 570 °F) and offers complete oxidation resistance. All these features add up to lower wear and longer life for equipment and components - so important when access for component repair or replacement is difficult or impossible.
Applications: