Carbon Letters 2023 KCI Impact Factor : 1.35 KCI-WoS Impact Factor : 6.04
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pISSN : 1976-4251 / eISSN : 2233-4998
- https://journal.kci.go.kr/carbon
KJCKorea
Journal Central
Superior tribology property of zinc phosphate impregnated graphite block at high-temperature oxidative friction
- Carbon Letters
- Abbr : Carbon Lett.
- 2022, 32(5), pp.1365-1376
- DOI : 10.1007/s42823-022-00363-5
- Publisher : Korean Carbon Society
- Research Area : Natural Science > Natural Science General > Other Natural Sciences General
- Received : April 21, 2022
- Accepted : May 27, 2022
- Published : August 1, 2022
Xu Yuxuan 1, Tu Chuanjun 1, Liu Yanli 1, Liu Ping 1, Chen Gang 1, Tan Jiao 1, Xiong Wei 2, He Yubo 2, Liang Shilin 3, Ma Qingchun 3
1Hunan University
2Key Laboratory for Special Sealing of Hunan Province, Aero Engine Corporation of China Changjiang Engine Company Limited
3하얼빈 전기 탄소 연구소, 하얼빈
Accredited
ABSTRACT
High-temperature friction performances of graphite blocks (GBs) and zinc phosphate impregnated graphite blocks (IGBs) were evaluated under various friction temperatures. The surface of IGB exhibited extremely lower average friction coefficient values, that was 0.007 at 400 °C and 0.008 at 450 °C, in comparison to that of GB (0.13 at 400 °C and 0.16 at 450 °C, respectively). The worn surface of IGB in the high-temperature friction test was smoother and more complete than that of GB. The wear under high temperature and load caused the transformation of zinc pyrophosphate to zinc metaphosphate and the formation of a continuous large-area boundary lubrication layer combined with graphite and metallic element on the wear surface. The superior tribology property of IGB could be attributed to the digestion of iron oxides by tribo-chemical reactions and passivation of the exposed dangling covalent bonds. Specifically, the layered structure generated on the IGB wear interface effectively decreased the adhesive forces and prevented the surface from serious damage.
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