用途：用作含油轴承、机械结构零件等粉末冶金。
Use: Used in the powder metallurgy of oil-contained bearings and mechanical structure parts.
叙述铝基含油轴承的特性、制备工艺与性能测试方法。
Characteristics, making processes and the performance test methods of aluminum matrix oil-impregnated sintered bearing were introduced.
含油轴承、擦材料、软、性元件、子陶瓷、工合金等。
Oil-retaining bearing, friction material, (soft and hard) magnetic element, electronic ceramics, electrical alloy, etc.
介绍了含油轴承摩擦学性能测试台的工作原理及其组成。
These parameters reflect the tribology characteristics of porous bearings properly.
对应用于多孔质含油轴承的理论计算方程，指出了应用条件、数值求解方法。
The condition and mathematical calculation method were presented for theoretical equation of porous bearings.
主要用于粉末冶金，金刚石工具，含油轴承，金刚石磨具，刹车锯片，磨具等行业。
Mainly USES in the powder metallurgy, the diamond tool, the oil-retaining bearing, the diamond grinding tool, the braking saw blade, professions and so on grinding tool.
电器工业、机械工业中的铁氧体块滑石、瓷器材料、含油轴承、电磁材料和其它冶金用的颗粒。
Electrical industry, machinery industry — Ferrite block talc, porcelain material, oil bearing, magnetic material and other metallurgical particles.
PV值是粉末冶金含油轴承工作特性的主要参数，本文介绍了含油轴承的PV值及其测试方法。
PV Value is a primary parameter for evaluating performance of P/M Self-Lubrication bearing. This paper introduce its PV value and determining method.
黄铜粉：分10、20、30黄铜粉，可添加稀土等微量合金元素，分为用于含油轴承及金刚石制品两类。
Brass powder: three kinds of powder, type10, type20 and type30, can been offered. Rare earth element and other trace amount of alloy element can been added.
本发明的高分子含油轴承材料，还可取代铜及其他有色金属，用于制作滑块、涡轮、辊筒、托辊和止推垫片等。
Said invention can be used for making slide block, turbine, drum, carrier roller and anti-thrust pad, etc. instead of copper and other non-ferrous metal.
本发明提供一种，即使在高面压条件下，仍可以抑制轴承自身的磨损以及抑制轴磨损的烧结含油轴承及其制造方法。
The invention provides a sinter oil-containing bearing that inhibits self abrasion and shaft abrasion even under the high surface pressure and manufacturing method thereof.
本发明提供一种，即使在高面压条件下，仍可以抑制轴承自身的磨损以及抑制轴磨损的烧结含油轴承及其制造方法。
The invention provides a sinter oil-containing bearing that inhibits self abrasion and shaft abrasion even under the high surface pressure and manufacturing method thereof.
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