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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

Highly efficient and cost-effective, powder metallurgy has become a preferred method for producing key components in engine timing systems. With minimal material loss and excellent dimensional control, it delivers consistent results at high production volumes. What sets this process apart is its ability to form

The connecting rod, often called the “con rod,” is a component that plays a critical role as part of the internal combustion engine. This part serves as the crucial link between the piston and the crankshaft and is tasked with converting linear motion into rotational

Powder metallurgy (PM) is widely recognized as a green manufacturing process that uses metal powders to produce parts with minimal waste. It is well suited for making complex and high-precision components in large volumes. Typical  powder metallurgy examples include sintered gears, oil pump rotors and

A spur gear is a cylindrical gear with straight, involute teeth that run parallel to the shaft axis. It transmits motion and power between two parallel shafts while handling both radial and tangential loads without producing axial thrust. Known for their simple construction, high efficiency,

Ceramics are inorganic and non-metallic materials made from a blend of natural or synthetic compounds with mechanical properties that include hardness, heat-resistance, and insulation. These popular materials are no longer limited to pottery; they have become an important component of modern technologies. In this article,

Bearings are one of the most basic mechanical components, which reduces friction, supports mechanical shafts and carries loads. Bearing enables controlled and smooth rotational or linear motion of shafts under varying loads and speeds. A bearing typically consists of an inner ring and an outer