Powder metallurgy (PM) is one of the most interesting and innovative manufacturing technologies to arise since the turn of the 20th century, though its beginnings were as trying as they were auspicious. Despite its relatively recent entrance into the production sector of the modern economy, PM has been around for millennia in some form or other. Powder metallurgy (PM)…
Powder metal gears are found in aerospace, agricultural, automotive, building and construction, marine transportation, material handling, medical, military, petrochemical, pharmaceutical, power generation and robotics industries. The demand for application specific metal gears has led to the introduction of several types or styles such as anti-backlash, bevel, miter, chance, cluster, differential, helical, herringbone, hypoid, internal, planetary, spur and pinion gears….
Powder metallurgy is a metal-forming process of ferrous-powdered materials performed by pressing and sintering metal powder compacts near to net shape of the final component. It allows very complex geometries and intricate features. The process has existed for more than 100 years. It is now widely acknowledged as a superior way of producing high-quality sintered, structural components for a…
Powder metal gears are found in aerospace, agricultural, automotive, building and construction, marine transportation, material handling, medical, military, petrochemical, pharmaceutical, power generation and robotics industries. The demand for application specific metal gears has led to the introduction of several types or styles such as anti-backlash, bevel, miter, chance, cluster, differential, helical, herringbone, hypoid, internal, planetary, spur and pinion gears….
As a leading powdered component manufacturer, JingShi Pressed Metals provides a wide variety of gears for several applications in multiple industries. The manufacturing of sintered metal gears can present many challenges for conventional manufacturers. Gear geometries are inherently complex, often requiring time-consuming secondary machining processes – adding cost to the bottom lime. It is in this realm where powder…
Manufacturers of automobiles and precision parts are constantly on the look out for new and more effective materials to enhance the specifications and performance of their products. Car makers are especially interested in using innovative substances in their vehicles, leading them to experiment with various types of steel and aluminum alloys. Ford and General Motors, for example, have incorporated these constituents into their…
When to use PM is a commonly asked question. As you would expect there is no single answer, but here are some general guidelines. To make a PM part requires tooling. The cost of the tooling depends on the size and complexity of the part, but can range from $4,000.00 to $20,000.00. Production quantities generally must be high enough…
Improper lubrication practices are a good way to ruin a product, machine or process. Many manufacturers realize the dangers of under-lubrication – increased friction and heat, and ultimately, a ruined bearing or joint. But it isn’t just a lack of lubrication that can limit an item’s effectiveness and lead to a premature death – too much grease or the…
In recent decades, trends in automotive and other industries have spiked demand for new magnetic materials. As a result, in the mid-1990s the very first components made from soft magnetic composite were born. And the trend of using these soft magnetic composites (SMCs) only continues to grow. Those first SMC parts were ignition cores, used extensively in most GM vehicles. They…
Components are copper infiltrated for a number of reasons. Some basic desired results are improvements to tensile strength, hardness, impact properties, and ductility. Copper-infiltrated components will also have a higher density. Other reasons customers may elect copper infiltration are for wear improvement or to block air/gas flow through an otherwise porous component at temperatures that a resin may not be practical. Sometimes copper infiltration is used…
Powder metallurgy (PM) is a popular metal forming technology used to produce dense and precision components. Different powder and component forming routes can be used to create an end product with specific properties for a particular application or industry. Advances in powder metallurgy explores a range of materials and techniques used for powder metallurgy and the use of this…
Oil Sintered Bearing is made of bronze or iron or stainless steel powder with lubricating oil vacuum sintered. It is mold pressed by high pressure then sintered in high temperature, after that, put it in high temperature vacuum and soaked in oil. This bearing is used in electrical appliances, power tools, textiles machinery and automobile industry. Like electrical fan,…
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