|Table of Contents|

New Zn-Sn Composite Lubricant and Its Lubricating and Repairing Performance on Steel Abrasion Surface

《南京理工大学学报》(自然科学版)[ISSN:1005-9830/CN:32-1397/N]

Issue:
2010年06期
Page:
821-826
Research Field:
Publishing date:

Info

Title:
New Zn-Sn Composite Lubricant and Its Lubricating and Repairing Performance on Steel Abrasion Surface
Author(s):
MO Yun-hui1WANG Shuai-bao1TAO De-hua1WEI Xi-cheng2ZHANG Li-ming1
1.School of Mechatronics Engineering and Automation;2.School of Material Science and Engineering,Shanghai University,Shanghai 200072,China
Keywords:
lubricants steel abrasion surfaces wear-self-repairing repairing coating additives tribological performances X-ray energy dispersive spectroscopy scanning electronic microscope
PACS:
TH117.2
DOI:
-
Abstract:
To improve the wear-self-repairing performance of the steel material machine parts,a new type of lubricant containing two additives of activated Zn and Sn is prepared.The behavior of wear-self-repairing and tribological performance on steel-steel plane contacting tribo-pair added with this lubricant is studied on a modified MS-800 friction and wearing tester.Surface elemental distribution,repairing coating thickness and its surface appearance are analyzed with an X-ray energy dispersive spectroscopy and scanning electronic microscope.The results indicate that the prepared Zn-Sn composite lubricant has a good obvious lubrication repairing and wear reducing anti-friction performance to steel abrasion surface.The repairing coating can form the thickness of 20 μm on the surface while the machine is running.

References:

[ 1] Tarasov S, Ko lubaev A, Be lyaev S, et a.l Study offr iction reduction by nanocopper additives to mo toro il[ J]. W ear, 2002, 252( 1): 63- 69.
[ 2] Dalla ire S, Legoux J G, Levert L. Abras ion wear resistanceo f a rc-sprayed sta in less steel and com pos itestainless stee l coa ting s[ J]. Surf Coat Techno,l 1995,4( 2): 163- 168.
[ 3] Satosh iM, E iich i Y, H aruhisa K, e t a.l Sel-f repa-iring m echan ica l system [ A ]. Part o f the SPLE Confe renceon Senso r Fus ion and Decen tralized Con tro l inRobotic System s ò [ C ]. Be llingham, W ashing ton,USA: Soc iety of Pho to-op tica l Instrum enta tion Eng-ineers, 1999: 202- 213.
[ 4] ZakoM, Takano N, Fu jioka H. Inte lligent m aterialssystem using epoxy particles for se l-f repa ir[ A]. Proceedings o f the E ighth Japan-US Conference on CompositeM ater ia ls [ C ] . Ba ltimo re, M ary land, USA:Technom ic Publish ing, 1998: 841- 849.
[ 5] M o tukuM, V aidya U K, Janowsk i G M. Param etricstud ies on se l-f repa iring approaches for resin infusedcomposites subjected to low ve lo city impact[ J]. Sm artM a ter Struct, 1999, 8( 5): 623- 628.
[ 6] Comm ittee on m ater ia ls research for defense after nextnationa lmate rials adv isory board, Division on eng ineeringand phy sical sciences national research counci.lM ater ia ls research to m eet 21st century defense needs[M ]. W ash ington, D C, USA: The National Academies Press, 2003: 27- 94.
[ 7] 方建, 赵源. 润滑添加剂的磨损自补偿摩擦学效应[ J]. 材料保护, 2006, 39( 6) : 18- 20.
[ 8] 张继辉, 陈国需. 润滑油自修复添加剂的研究现状及设想[ J]. 润滑油, 2003, 18( 5) : 6- 8.
[ 9] 罗骥, 吴盛林, 袁子荣. 水液压内啮合齿轮泵的设计与制造[ J]. 南京理工大学学报( 自然科学版),2006, 30( 6): 692- 696.
[ 10] 张明, 王晓波, 伏喜胜, 等. 油溶性纳米Cu在微动磨损条件下的自修复行为与机理研究[ J]. 摩擦学学报, 2005, 25( 6): 504- 508.
[ 11] 欧忠文, 徐滨士, 马世宁, 等. 磨损部件自修复原理与纳米润滑材料的自修复设计构思[ J]. 表面技术, 2001, 30( 6): 47- 53.
[ 12] Avram ova N, NeykovN S, Peneva S K, et a.l A ca lorime tr ic study of tin g rown by reduc tion o f SnC12 w ithMg [ J ]. Journa l o f Phys ics D: App lied Physics,1996, 29( 5): 1300- 1305.
[ 13] Nayral C, Teyeb O E, M a isonnat A, et a.l A nove lm echan ism fo r the synthesis o f tin / tin ox ide nanopart-ic les of low s ize d ispersion and of nanostructured SnO2for the sensitive layers o f gas sensors[ J]. AduM ater,1999, 11( 1): 61- 63.
[ 14] 陶德华, 张玉伟, 付尚发. 几种微粒经纳米化后的润滑性变化[ J]. 润滑与密封, 2007, 32( 8): 95- 98.
[ 15] Liu R D, Tao D H, Zhao Y. T ribo log ical performance o frare-earth a lky lsa licy late as lubrication additive[ J]. IndustrialLubr ication and Tr ibo logy, 2008, 60( 1): 9- 13.
[ 16] 莫云辉, 陶德华, 王帅宝, 等. 锌和锡锌半流体脂磨损自修复效应研究[ J]. 润滑与密封, 2008, 33( 6):71- 73.
[ 17] 莫云辉, 陶德华, 韦习成, 等. 钢-铜摩擦副自修复锡基半流体脂的摩擦磨损性能研究[ J]. 摩擦学学报, 2009, 29( 3): 272- 276.

Memo

Memo:
-
Last Update: 2012-11-02