There is a high demand for sustainable transportation options with less carbon emissions, which has led to the emergence of electric vehicles (EVs). Electric vehicles are vehicles that are powered by electricity, either fully or partially. However, with EVs, there is a need to enhance
Powder metallurgy is a near net shape manufacturing process where metal powder is blended, compacted, and sintered at high temperature to produce durable components. The method produces near-net-shaped parts with consistent tolerance and minimal waste. This mix of precision and accuracy makes powder metallurgy process
Components manufactured through powder metallurgy (PM) show precise dimensions, high strength, and excellent wear resistance. The capability of powder metallurgy to produce components with complex shapes makes it ideal to produce components for home appliances. These include electric fans, motors, washing machines, and even coffee
Heat treatment is a controlled thermal process consisting of heating, holding, and cooling cycles to modify the microstructure and mechanical properties of metallic materials. In powder metallurgy (PM) components, heat treatment is applied to enhance hardness, tensile strength, and wear resistance by refining grain structure
Mechanical properties determine whether a powder metal part will perform reliably under real-world conditions. Strength, wear resistance, impact performance, ductility, and fatigue life are not just numbers on a datasheet. They influence how long a component will last, how much load it can carry, and
Gears are round mechanical parts with teeth around their edges. When two or more gears mesh together, they transfer motion and torque between rotating shafts. By changing the direction, speed, or force of movement, gears play a important role in many machines and devices. Sintered
Powder metallurgy process is a metal-forming method that presses metal powders and sinters green compacts below their melting points to create the final component.
It is a near-net-shape process, allowing the production of complex geometries and intricate features…
In manufacturing, vacuum sintering is a vital process, especially when it comes to powder metallurgy and material science. This method is a high-temperature heat treatment process carried out in a vacuum environment to densify powder metallurgy parts without oxidation or contamination. It is commonly used
You may already know that powder metallurgy components are near net shape, but they may require secondary machining to meet precise dimensional or functional requirements. Machining is one of the common secondary operations in powder metallurgy. It removes material using conventional methods such as turning,
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