Automatic loading and unloading complete equipment process flow for powder sintering saggar

Abstract

The invention relates to a powder material sintering processing equipment process, in particular to an automatic loading and unloading complete equipment process flow for powder sintering saggars. The unloading and loading process flow for powder materials after being contained in the saggars and sintered comprises the following steps: 1) saggar arrangement and conversion; 2) crushing of powder in the saggars; 3) saggar lifting; 4) saggar turnover unloading; 5) secondary crushing of the powder; 6) saggar lowering; 7) cleaning and dust collection of residual powder in the saggars; 8) optical check of cracks of the saggars; 9) removal of the saggars with the cracks and compensation of new saggars; 10) powder weighing and quantitative loading in the saggars; 11) vibration of the saggars to enable powder to be uniform and compact; 12) partition of the powder in the saggars. The automatic loading and unloading complete equipment process flow for the powder sintering saggars has the advantages that the reasonable linkage and layout of all single-function equipment are realized and the entire production process is environment-friendly, safe, low-consumption and pollution-free. The automatic loading and unloading complete equipment process flow for the powder sintering saggars is applicable to nonmetal or rare metal powder material sintering saggar loading and unloading production.

Description

1. Technical field [0001] The invention relates to a powder material sintering processing equipment process, in particular to a powder material sintering sagger automatic loading and unloading complete equipment process flow. 2. Background technology [0002] In my country's electronics, solar energy, powder metallurgy, display, water filtration and other industries, a large number of powdery non-metallic materials or rare metal powdery materials are used. This material needs to be sintered in a high-temperature furnace before it is put into use. The temperature of the furnace body is generally Above 1000°C, in order to meet the sintering needs of high-temperature furnaces, powdery materials need to be packed in high-temperature-resistant saggers, which can be made of non-metallic materials or metal materials such as stainless steel. Unloading and loading of saggers are generally done manually , manual unloading and loading is not only inefficient, but also has a large dust po...

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Problems solved by technology

[0002] In my country's electronics, solar energy, powder metallurgy, display, water filtration and other industries, a large number of powdery non-metallic materials or rare metal powdery materials are used. This material needs to be sintered in a high-temperature furnace before it is put into use. The temperature of the furnace body is generally Above 1000°C, in order to meet the sintering needs of high-temperature furnaces, powdery materials need to be packed in high-temperature-resistant saggers, which can be made of non-metallic materials or metal materials such as stainless steel. Unloading and loading of saggers are generally done manually , manual unloading and loading is not only inefficient, but also has a large dust pollution and is unsafe.

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