Bel-Ray Gear Saver Hypoid Gear Oil 具有 Bel-Ray 最先进的极压化学成分,可为重载轴驱动和终传动装置提供无与伦比的保护 产品规格/ 库存: 产品特点收藏 获取报价 暂无关联图书 商品详情Bel-Ray Gear Saver Hypoid Gear Oil 具有 Bel-Ray 最先进的极压化学成分,可为重载轴驱动和终传动装置提供无与伦比的...
gear oil additive 齿轮油添加剂 相似单词 hypoid 准双曲面的 gear n. 1.[C] 排挡;齿轮;传动装置 2.[U,C] 挡 3.[U](某种活动的)设备,用具,衣服 4.[U] 衣服 5.[U] 所有物;财物 6.[U](特定用途的)器械,装置 oil n.[C] 1.油 2.润滑油 3.石油;燃料油;【英】煤油,火油 4.橄榄油 5...
hypoid gear oil 美 英 un.双曲线齿轮油 英汉 un. 1. 双曲线齿轮油
CAM2 BLUE BLOOD 80W-90 LS GEAR OIL GL-5 1 QT/瓶 ,CAM2 Blue Blood SAE 80W-90 LS Gear Oil 是一种具有限滑性能的极压齿轮润滑油。具有出色的防锈和防腐蚀性能,并含有抑制泡沫的添加剂,提供优异的氧化抗性和热稳定性。 原装进口,库存现货,价格优惠,库存齐全!了解更多特种润滑油产品详情,欢迎致电:400-...
PJ1 DRIVE SHAFT HYPOID GEAR OIL SAE 90W is formulated with high base stocks and very shear stable VI improvers designed for use in motorcycle drive shaft applications. PJ1 is non-corrosive like automotive gear oils and its anti-foaming and anti-scoring agents extend gear life and increase ...
Provided is a fraction type hypoid gear oil, comprising the following components in parts by weight: 53-82 parts of neopentyl polyol ester; 0.3-1.4 parts of BHT antioxidant; 2-3 parts of boric acid ester; 0.1-1.0 part of dibutyl phosphite; 3-7 parts of zinc butyl octyl dithiophosphate; ...
Improving Hypoid Gear Oil Pitting Performance through Friction ReductionGear lubricantsrolling contact fatigueEHL frictionantifatigue additivesEarlier studies have shown that the load-dependent friction behavior of various gear oils can affect their pitting performance; that is, low friction resulted in a ...
preshaving cutter (齿轮) 剃前刀具 real radius (齿轮) 实际半径 minus involute (齿轮的) 负的渐开线 self generating method (齿轮的) 滚铣法 addendum angle (伞齿轮的) 齿顶角 root cone (指伞齿轮的) 齿根锥 burnishing of gear teeth(齿轮的) 轮齿研磨 cumulative pitch error (齿轮的) 周节累积误差...
EFFECT: high-quality gear-box oil is offered.KHAJRUDINOV I.R.FAJZRAKHMANOV I.S.TELJASHEV EH.G.GAJSIN I.KH.ZAJNEZHDINOV M.L.IMASHEV U.B.KHAMITOV G.G.SULTANOV F.M.KOVTUNENKO S.V.MINGARAEV S.S.
The detection of oil films between hypoid gear teeth using contact resistance measurements: R. B. Campbell and D. MacDonald. J. Inst. Petrol., 47 (1961) 365–374doi:10.1016/0043-1648(62)90098-4NoneELSEVIERWear