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Detailed tribological analysis of compressor lubricants used in electrical technology

This work presents a comprehensive tribological analysis comparing the performance of two types of lubricants—a synthetic and a natural ester—used in industrial reciprocating air compressors. A comprehensive tribological analysis comparing the performance of two types of lubricants—synthetic and nat...

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Published in:Lubrication science 2023-08, Vol.35 (5), p.346-360
Main Authors: Vasco, Marina Cardozo, Dill, Laís Pastre, Moreira, Heloisa Colli, Wollmann, Daniela, Wilhelm, Helena, Zanin, Thiago L., Pintaude, Giuseppe
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container_end_page 360
container_issue 5
container_start_page 346
container_title Lubrication science
container_volume 35
creator Vasco, Marina Cardozo
Dill, Laís Pastre
Moreira, Heloisa Colli
Wollmann, Daniela
Wilhelm, Helena
Zanin, Thiago L.
Pintaude, Giuseppe
description This work presents a comprehensive tribological analysis comparing the performance of two types of lubricants—a synthetic and a natural ester—used in industrial reciprocating air compressors. A comprehensive tribological analysis comparing the performance of two types of lubricants—synthetic and natural esters—used in industrial reciprocating air compressors were carried out using surface characterisation methods and lubricant analyses. The formed and detected tribo‐films were not efficient to avoid the wear observed on the cylinders, although they may have been to avoid the wear on the rings. Regarding the lubricant analyses, particle analysis showed that none of the lubricants favoured solid particle leaching to a greater extent. A biolubricant such as the one employed in this study would be suitable for replacing a mineral lubricant in situations like the ones observed in this work.
doi_str_mv 10.1002/ls.1644
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ispartof Lubrication science, 2023-08, Vol.35 (5), p.346-360
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subjects Air compressors
biolubricant
Biomedical materials
Esters
ferrography
Leaching
Lubricants
reciprocating air compressor
Surface properties
tribological analysis
Tribology
wear
title Detailed tribological analysis of compressor lubricants used in electrical technology
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