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Foaming and Entrained Air are Air Contamination in ...

Fluid & Oil Analysis TechnologyFoaming and Entrained Air are Air Contamination in Lubricant and Entrained Air are Air Contamination in Lubricant or Entrained Air(exist in the fluid as gas or air particle)Fluid & Oil Analysis TechnologyCauses of Air Contamination (foam &air bubbles)576 Fluid & Oil Analysis TechnologyOil and Machine Failure by Air ContaminationOil and Machine Failure by Air ContaminationAir Contamination (foam and Entrained air or air bubbles) in lubricating oil can have negative effects on the machine and the lubricantAir Contamination (Foam and Air Bubbles) can damage a machine by Incomplete of oil films in bearing ,gears ,etc . Component wear due to reduced viscosity. Inability to maintain oil pressure (low oil pressure cause switch trip) Poor hydraulic ,turbine ,pump performance or failure(such as cavitation , erratic operation control ,loss of precision control ,vibration,etc) Air Contamination (Foam and Air Bubbles) can damage lubricating oil by Premature of lubricant degradation (increasing the rate of oxidation and thermal degradation) Reducing its heat transfer coefficient and ability.

Fluid & Oil Analysis Technology Oil and Machine Failure by Air Contamination Air contamination (foam and entrained air or air bubbles) in lubricating oil

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Transcription of Foaming and Entrained Air are Air Contamination in ...

1 Fluid & Oil Analysis TechnologyFoaming and Entrained Air are Air Contamination in Lubricant and Entrained Air are Air Contamination in Lubricant or Entrained Air(exist in the fluid as gas or air particle)Fluid & Oil Analysis TechnologyCauses of Air Contamination (foam &air bubbles)576 Fluid & Oil Analysis TechnologyOil and Machine Failure by Air ContaminationOil and Machine Failure by Air ContaminationAir Contamination (foam and Entrained air or air bubbles) in lubricating oil can have negative effects on the machine and the lubricantAir Contamination (Foam and Air Bubbles) can damage a machine by Incomplete of oil films in bearing ,gears ,etc . Component wear due to reduced viscosity. Inability to maintain oil pressure (low oil pressure cause switch trip) Poor hydraulic ,turbine ,pump performance or failure(such as cavitation , erratic operation control ,loss of precision control ,vibration,etc) Air Contamination (Foam and Air Bubbles) can damage lubricating oil by Premature of lubricant degradation (increasing the rate of oxidation and thermal degradation) Reducing its heat transfer coefficient and ability.

2 Depleting additives Drastic increase temperature due to microdieselingFluid & Oil Analysis TechnologyFoaming Characteristic ( ASTM D-892) and Air Release ( ASTM D-3427) Foaming Characteristic ( ASTM D-892) and Air Release ( ASTM D-3427)Fluid & Oil Analysis TechnologyTest Report of Foaming Characteristic ( ASTM D-892) and Air Release ( ASTM D-3427)Test Report of Foaming Characteristic ( ASTM D-892) and Air Release ( ASTM D-3427)


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