Vacuum sintering is a heat treatment process that is used to join powder particles together without melting them. It is a common process in additive manufacturing (AM), where it is used to consolidate metal powders that have been printed into 3D shapes.
A vacuum sintering furnace is a special type of furnace that is designed to create a vacuum environment. This is important because it prevents oxidation and contamination of the powder particles, which can lead to defects in the final sintered part.
The vacuum sintering process typically involves the following steps:
Vacuum sintering offers several advantages over other sintering methods, including:
Improved surface finish: The absence of oxygen in the vacuum environment prevents oxidation of the powder particles, which results in a brighter and smoother surface finish on the sintered part.
Reduced contamination: The vacuum environment also prevents contamination of the powder particles by other gases or vapors, which can also lead to defects in the final sintered part.
Improved dimensional tolerances: The vacuum environment helps to prevent shrinkage of the powder particles during sintering, which can improve the dimensional tolerances of the sintered part.
Increased strength: The vacuum environment also helps to promote sintering reactions, which can lead to increased strength and toughness of the sintered part.
Vacuum sintering furnaces are a critical part of the additive manufacturing process for metal powders. They help to ensure that the sintered parts are of high quality and meet the required specifications.
ndustrial furnaces are used globally for a wide range of applications. As the selection of applications grew, different types of furnaces were developed to keep up with demands.
Ashing furnaces are used to determine the amount of ash that forms after a sample is burned. Typical materials used as samples in ashing furnaces are petroleum products, lubricating oils, and coal.
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