Products placed too densely during sintering press against and stick to each other

When multiple products are sintered, the contact surfaces fuse and stick together. This problem is relatively common in sintering molding production and needs to be comprehensively analyzed and solved from multiple aspects of material, process, and equipment.

(1) Process factor: The products are placed without spacing; this factor affects the '2079851475616104453 and final quality of the product. (2) Temperature parameter aspect: The material softens at the sintering temperature and contacts each other; temperature deviations directly affect the physical and chemical state of the material and the reaction process. (3) Material aspect: Fluctuations in raw material performance indicators or insufficient pretreatment affect molding quality. (4) Process aspect: Deviations in the control of key process parameters cause the '2079851475616104453 to deviate from optimal conditions. (5) Equipment aspect: Equipment accuracy and maintenance status affect the stable execution of process parameters.

(1) Material selection: Use lining plates or brackets for spaced placement, establish material selection evaluation standards, and determine the optimal plan through comparative tests. (2) Implementation measure: Avoid direct contact between objects during sintering placement, formulate specific operation plans in combination with actual production conditions, and verify the implementation effect. (3) Implementation measure: Stacked placement is not allowed., formulate specific operation plans in combination with actual production conditions, and verify the implementation effect. (4) Preventive measure: Establish a sound process control standard and quality inspection system, and regularly review process data for continuous optimization.

This problem needs to be comprehensively analyzed from multiple dimensions of material, process, equipment, and operation, and solved by systematically optimizing process parameters and the quality control system.