润滑与密封
潤滑與密封
윤활여밀봉
LUBRICATION ENGINEERING
2014年
10期
92-95
,共4页
杨伟春%康鹏飞%陈毅明%郭培锐%邱明
楊偉春%康鵬飛%陳毅明%郭培銳%邱明
양위춘%강붕비%진의명%곽배예%구명
聚四氟乙烯%耐磨涂层%固化%摩擦磨损
聚四氟乙烯%耐磨塗層%固化%摩抆磨損
취사불을희%내마도층%고화%마찰마손
PTFE%wear-resistant coating%solidification%friction and wear
采用黏接固体润滑涂层法,以聚四氟乙烯为润滑剂,利用喷涂方式在试样上制备2种PTFE 基固体耐磨涂层,并采用HSR-2M型高速往复式摩擦磨损试验机对其摩擦学性能进行研究。研究结果表明,水性全氟涂层的摩擦因数不稳定且明显高于油性全氟;随着固化条件的改变,涂层的摩擦因数和磨损量也出现不同程度的变化;当采用油性全氟为润滑剂,固化温度为260℃,固化时间为30 min时,PTFE基耐磨涂层的摩擦因数和磨损量均最小,此时涂层的摩擦学性能最优。
採用黏接固體潤滑塗層法,以聚四氟乙烯為潤滑劑,利用噴塗方式在試樣上製備2種PTFE 基固體耐磨塗層,併採用HSR-2M型高速往複式摩抆磨損試驗機對其摩抆學性能進行研究。研究結果錶明,水性全氟塗層的摩抆因數不穩定且明顯高于油性全氟;隨著固化條件的改變,塗層的摩抆因數和磨損量也齣現不同程度的變化;噹採用油性全氟為潤滑劑,固化溫度為260℃,固化時間為30 min時,PTFE基耐磨塗層的摩抆因數和磨損量均最小,此時塗層的摩抆學性能最優。
채용점접고체윤활도층법,이취사불을희위윤활제,이용분도방식재시양상제비2충PTFE 기고체내마도층,병채용HSR-2M형고속왕복식마찰마손시험궤대기마찰학성능진행연구。연구결과표명,수성전불도층적마찰인수불은정차명현고우유성전불;수착고화조건적개변,도층적마찰인수화마손량야출현불동정도적변화;당채용유성전불위윤활제,고화온도위260℃,고화시간위30 min시,PTFE기내마도층적마찰인수화마손량균최소,차시도층적마찰학성능최우。
Based on the bond solid lubricant coating method,two kinds of PTFE base solid wear-resisting coatings were prepared on the disc sample by spraying method and using PTFE as solid lubricant,and their tribological properties were investigated by HSR-2M high-speed reciprocating tribo-tester.The results show that the friction coefficient of water-based perfluorinated coating is unstable and apparently higher than that of oily perfluorinated coating.Friction coefficient and wearing capacity of the coatings are changed at a different degree along with the change of the curing conditions of the coat-ings.When using oily perfluorinated compound as solid lubricant and selecting the curing temperature of 260 ℃ and the curing time of 30 min,the prepared PTFE base wear-resistant coating has the lowest friction coefficient and wearing capac-ity,and the optimal tribological properties.