Sintering parts manufacturers tell you that when using solid-phase reactions to prepare inorganic solid compounds, the rate of the reaction is controlled by the diffusion process, and higher temperatures are often required for the reaction to proceed efficiently. Sintering parts manufacturers tell you that some other solid compounds are compounds composed of solid and liquid phases, which will decompose during melting, so sintering should generally be carried out below the melting point of the product to ensure a uniform phase. But the sintering temperature should not be too low, otherwise the rate of solid-phase reaction will be too low. In many cases, sintering needs to be carried out in a specific atmosphere or vacuum.

Sintering parts manufacturers tell you that it is very important to control the gas-phase partial pressure in the sintering process, especially when the studied system contains ions with variable valence, the gas-phase partial pressure of the solid-phase reaction will directly affect the composition and structure of the product. For example, in the synthesis of copper-based oxide high-temperature superconductors, the sintering process must strictly control the oxygen partial pressure to ensure superconducting materials with defined structure, composition and copper valence distribution.
Sintering parts manufacturers tell you that before blast furnace ironmaking production, mix various powdered iron-containing raw materials with appropriate amount of fuel and flux, add appropriate amount of water, and after mixing and pelletizing, the materials will undergo a series of physical and chemical reactions on the sintering equipment The process of changing, sintering into a block. Sintering parts manufacturers tell you that belt-type suction sintering machines are widely used in production to produce sinter. It mainly includes the preparation of sintered material, batching and mixing, sintering and product processing.