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Powder metallurgy sintering heat treatment production line


Summary:

Powder metallurgy is the pressing and forming of metal powder,a manufacturing technology of complex shape metal parts with high precision and high strength is obtained through subsequent sintering, heat treatment and other processing procedures. Compared with other metal forming technologies, such as forging and casting, this technology has advantages in material utilization, shape complexity and near net shape size control. As a high cost-effective part preparation method, P / M parts have unique advantages in cost and size, with very high cost-effective. Its advantages are as follows: 1) the parts are close to the final size, have good smoothness, reduce the follow-up processing cost, and minimize the loss of waste products; 2) It can produce complex or unique shape parts that cannot be manufactured by other processes; Due to the unique process of powder metallurgy, metal injection molding (MIM) can produce parts with highly complex shape features. 3) The porosity of the product can be controlled to meet the requirements of self lubrication and wear resistance of the product. 4) according to the calculation of economic advantages of powder metallurgy, compared with the traditional machining process, the powder metallurgy process can save 60% energy, the material utilization rate is up to 95%, the production process is green and the production cost is economic. Excellent P / M performance and wide application Compared with other manufacturing processes, P / M products have the advantages of material saving, energy saving, high accuracy, high consistency, complex structure, uniform composition, etc., and are widely used. At present, it is mainly used in automobile, industrial motor / control system, entertainment facilities, household appliances and other aspects, of which automobile industry is the main driving force of powder metallurgy, accounting for about 70% of the global average.


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Product Details


Powder metallurgy is the pressing and forming of metal powder,a manufacturing technology of complex shape metal parts with high precision and high strength is obtained through subsequent sintering, heat treatment and other processing procedures. Compared with other metal forming technologies, such as forging and casting, this technology has advantages in material utilization, shape complexity and near net shape size control. As a high cost-effective part preparation method, P / M parts have unique advantages in cost and size, with very high cost-effective.

 

Its advantages are as follows: 1) the parts are close to the final size, have good smoothness, reduce the follow-up processing cost, and minimize the loss of waste products; 2) It can produce complex or unique shape parts that cannot be manufactured by other processes; Due to the unique process of powder metallurgy, metal injection molding (MIM) can produce parts with highly complex shape features. 3) The porosity of the product can be controlled to meet the requirements of self lubrication and wear resistance of the product. 4) according to the calculation of economic advantages of powder metallurgy, compared with the traditional machining process, the powder metallurgy process can save 60% energy, the material utilization rate is up to 95%, the production process is green and the production cost is economic.

 

Excellent P / M performance and wide application

 

Compared with other manufacturing processes, P / M products have the advantages of material saving, energy saving, high accuracy, high consistency, complex structure, uniform composition, etc., and are widely used. At present, it is mainly used in automobile, industrial motor / control system, entertainment facilities, household appliances and other aspects, of which automobile industry is the main driving force of powder metallurgy, accounting for about 70% of the global average.

Key Word

Powder metallurgy equipment

Sintering furnace

Heat treatment furnace

Powder metallurgy sintering heat treatment production line

subsequent sintering

forging and casting

energy saving

material saving

heat treatment

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