Most metals can be sintered. Powder sintering is used to improve the strength and structural integrity of metal powders. The sintering process in metallurgy follows the melting of metal powders as well as other materials (e.g., alloying elements) in a single slender furnace using different heat treatment temperature zones.

The atmosphere inside the vacuum furnace directly impacts the surface treatment impact. The atmosphere inside the vacuum furnace is identified by the gas tightness, so in order to guarantee the high quality of the work surface, the initial step is to keep the vacuum furnace gas tight.

Sintering is the process of heating a powder to a certain temperature and holding it for a certain amount of time, then cooling the material to obtain a product with the desired properties. The entire process of special heat treatment is called sintering. This article will describe the characteristics of the hot-press sintering process.

The sintering process has a crucial influence on the final result of the ceramic. When manufacturing different types of industrial ceramics, it is important to choose the right sintering method for the different property requirements.

This article delves into the distinct benefits of vacuum heat treatment, shedding light on its significance in achieving precision, efficiency, and superior material properties.

Spark plasma sintering (SPS) is an innovative sintering process that is becoming a key enabling technology for processing a wide range of materials such as nanostructured materials, composites and gradient materials.