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Pressureless sintering is a sintering process in which powder material is converted into dense components without applying external pressure during sintering. The process depends solely on controlled heating to promote atomic diffusion and bonding between particles. It is used for producing components where uniform microstructure,

Solid state sintering is a heat treatment process in which loose powder is converted into solid coherent components. The process is conducted at elevated temperatures, typically between 70% and 90% of the material’s melting point. This heating leads to the formation of chemical bonds between

Powder metallurgy is amnufacturing process that utilises powder metal and compacts it into the desired shape components instead of using molten processing. It enables the processing of those metals that are difficult to cast or melt, such as platinum and tungsten. With the passage of

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

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

Powder injection molding is one of the advanced manufacturing techniques that combines the design flexibility of plastic injection molding and the strength of powder metallurgy process. In this technique, the feedstock is basically prepared by mixing metal powder with a plastic binder. PIM is used

Successful powder metallurgy (PM) part design begins with understanding process limitations and material properties. You should maintain uniform wall thickness, avoid sharp corners, include proper draft angles, and consider tooling performance. Always balance strength, manufacturability, and cost. A well-designed PM part can save time, reduce

Ceramic materials have high hardness, strong wear and corrosion resistance, excellent heat resistance, and good biocompatibility. However, due to their low toughness and brittleness, they are difficult to shape with traditional methods, and later machining is also challenging. Ceramic Injection molding is a new method

Liquid Phase Sintering (LPS) is a sintering process where a liquid phase forms during the sintering of a powder compact, facilitating densification and bonding of solid particles. This process is used to sinter the components with high melting points that are difficult to sinter with