Powder Metallurgy

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一、Materials Aluminum alloy powder possesses excellent lightweight and corrosion-resistant properties. After being processed through special techniques, it retains high strength, making it suitable for applications such as automotive lightweighting and electronic devices where strict requirements for weight and corrosion resistance are imposed. Steel powders primarily include stainless steel and structural steel categories. Stainless steel-based powder metallurgy parts exhibit excellent...

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一、Process Flow The basic process flow of powder metallurgy includes powder preparation, mixing, forming, sintering, and necessary post-processing steps. First, we select or prepare specific metal powders based on the performance requirements of the target product. Then, powders of different compositions are mixed in precise proportions to ensure material consistency. The mixed powders are placed in specialized molds and formed under high pressure into green bodies with specific shapes and...

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一、Size Range Powder metallurgy parts offer exceptional size adaptability and can be widely applied across various industries. From miniature parts as small as a few millimeters, such as gears and connectors in precision instruments, to large structural components measuring tens of centimeters, such as the bases and housings of mechanical equipment, powder metallurgy processes enable precise forming and efficient production. With its flexible size range, this technology provides highly adaptable...

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一、Surface Treatment To further enhance the performance and appearance of powder metallurgy parts, surface treatments such as polishing, plating, and sandblasting are commonly used. Polishing improves surface finish and reduces friction; plating, such as zinc or chrome plating, significantly improves corrosion and wear resistance; and sandblasting improves the bonding strength of parts by controlling roughness. When combined with powder metallurgy processes, these treatments can comprehensively...

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一、Equipment Capabilities Powder Forming Equipment: We have multiple advanced powder forming machines that can provide appropriate forming pressures ranging from several tons to several hundred tons to meet the forming requirements of various powder metallurgy parts, ensuring that the green bodies have stable density and strength. Sintering Equipment: We are equipped with large-scale continuous sintering furnaces and vacuum sintering furnaces. Continuous sintering furnaces enable large-scale...

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一、Quality Control System Raw Material Inspection: Establish a strict incoming material inspection process to test multiple indicators of metal powders, including composition, particle size, and flowability, to ensure that raw material quality meets standards and guarantee the quality of powder metallurgy parts from the source. Production Process Monitoring: Set up quality control points at each stage of the production process, including powder mixing, forming, and sintering, to monitor process...

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一、Process Flow Powder Preparation: Based on the required characteristics of the Powder Metallurgy Parts to be produced, various methods such as atomization and reduction are employed to prepare metal powders, ensuring that the purity, particle size, and other specifications of the powders meet the required standards, thereby laying a solid foundation for subsequent processes. Powder Mixing: Powders of different compositions are mixed in proportion in a mixing device, and mechanical stirring or...

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The core material of this powder metallurgy product is high-quality alloy powder. It features a cylindrical spur gear shape with a keyway in the bore, specifically designed for circumferential fixation with drive shafts. Its neat tooth profile and smooth surface make it fully suitable for the meshing requirements of precision transmission. Step 1: Using a high-precision powder die-casting process, it is formed in a single operation. During die-casting, the mold clamping pressure and powder...

Get Latest Price

一、Materials Aluminum alloy powder possesses excellent lightweight and corrosion-resistant properties. After being processed through special techniques, it retains high strength, making it suitable for applications such as automotive lightweighting and electronic devices where strict requirements for weight and corrosion resistance are imposed. Steel powders primarily include stainless steel and structural steel categories. Stainless steel-based powder metallurgy parts exhibit excellent...

Get Latest Price

一、Process Flow The basic process flow of powder metallurgy includes powder preparation, mixing, forming, sintering, and necessary post-processing steps. First, we select or prepare specific metal powders based on the performance requirements of the target product. Then, powders of different compositions are mixed in precise proportions to ensure material consistency. The mixed powders are placed in specialized molds and formed under high pressure into green bodies with specific shapes and...

Get Latest Price

一、Size Range Powder metallurgy parts offer exceptional size adaptability and can be widely applied across various industries. From miniature parts as small as a few millimeters, such as gears and connectors in precision instruments, to large structural components measuring tens of centimeters, such as the bases and housings of mechanical equipment, powder metallurgy processes enable precise forming and efficient production. With its flexible size range, this technology provides highly adaptable...

Get Latest Price

一、Surface Treatment To further enhance the performance and appearance of powder metallurgy parts, surface treatments such as polishing, plating, and sandblasting are commonly used. Polishing improves surface finish and reduces friction; plating, such as zinc or chrome plating, significantly improves corrosion and wear resistance; and sandblasting improves the bonding strength of parts by controlling roughness. When combined with powder metallurgy processes, these treatments can comprehensively...

Get Latest Price

一、Equipment Capabilities Powder Forming Equipment: We have multiple advanced powder forming machines that can provide appropriate forming pressures ranging from several tons to several hundred tons to meet the forming requirements of various powder metallurgy parts, ensuring that the green bodies have stable density and strength. Sintering Equipment: We are equipped with large-scale continuous sintering furnaces and vacuum sintering furnaces. Continuous sintering furnaces enable large-scale...

Get Latest Price

一、Quality Control System Raw Material Inspection: Establish a strict incoming material inspection process to test multiple indicators of metal powders, including composition, particle size, and flowability, to ensure that raw material quality meets standards and guarantee the quality of powder metallurgy parts from the source. Production Process Monitoring: Set up quality control points at each stage of the production process, including powder mixing, forming, and sintering, to monitor process...

Get Latest Price

一、Process Flow Powder Preparation: Based on the required characteristics of the Powder Metallurgy Parts to be produced, various methods such as atomization and reduction are employed to prepare metal powders, ensuring that the purity, particle size, and other specifications of the powders meet the required standards, thereby laying a solid foundation for subsequent processes. Powder Mixing: Powders of different compositions are mixed in proportion in a mixing device, and mechanical stirring or...

Get Latest Price

The core material of this powder metallurgy product is high-quality alloy powder. It features a cylindrical spur gear shape with a keyway in the bore, specifically designed for circumferential fixation with drive shafts. Its neat tooth profile and smooth surface make it fully suitable for the meshing requirements of precision transmission. Step 1: Using a high-precision powder die-casting process, it is formed in a single operation. During die-casting, the mold clamping pressure and powder...