Powder Metallurgy in Automotive Applications
With the advancement of technology, powder metallurgy in automotive applications is becoming more widespread. Do you know how many powder metal parts are in an
Standard Powder Metallurgy Parts
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As a leading powder metallurgy supplier, BLUE offers a full range of powder metallurgy products, including molds, sintered filters, standard PM parts, sintered ceramics, and MIM products.
Powder metallurgy tooling is designed to produce complex and intricate products with high accuracy and strength.
Powder metallurgy products are metal parts and components manufactured using powdered metal as the raw material.
MIM is a manufacturing process that combines the advantages of plastic injection molding with the properties of metal.
BLUE’s sintered filter has the advantages of corrosion resistance, long service life and high filtration efficiency.
We have a full range of powder metallurgy standard parts shop, so you can place orders directly for fast delivery.
BLUE’s sintered ceramics offer excellent high-temperature resistance, strength, hardness, and surface finish.
BLUE has a complete range of advanced powder metallurgy production equipment, including 25T to 1000T compaction press, conveyor belt sintering furnace, vacuum sintering furnace, sizing press, CNC machining equipment, machine Center, hardening furnace, etc.
BLUE is certified to ISO 9001:2015 and IATF 16949:2016, ensuring top-quality powder metallurgy parts with strict production control.
These standards ensure batch consistency and provide PPAP level 3 control, meeting the automotive industry’s demands.
BLUE sources high-quality metal powder raw materials from top suppliers in the U.S. and Europe, all in accordance with MPIF Standard 35.
This ensures part quality consistency, meeting high standards for reliable performance across industries.
Download the complete range of powder metallurgy products for free, with full details on materials, sizes, and models for easy selection.
BLUE online shop offers a wide variety of standard parts, ready for direct ordering, making it simple to find what you need. We also provide free samples to test products before purchase.
This product lists include nearly all powder metallurgy parts, such as oil pump rotors, timing pulleys, sintered gears, water pump flanges, sintered filters, and more, developed through years of expertise with many partners.
BLUE provides OEM/ODM services using advanced equipment for precision production. Our design capabilities include free mold design, leveraging over 20 years of experience.
We provide full quality control, including inspection reports and material testing, to guarantee product reliability.
With a complete range of powder metallurgy process capabilities, we handle every step from design to final production.
BLUE provides free mold design services with over 20 years of expertise in powder metallurgy. We specialize in designing molds for complex parts like oil pump gears and water pump pulleys.
Our capabilities include both compacting and sizing molds, ensuring tolerances of ±2μm and surface finishes of Ra0.2-0.4μm for high precision.
Our molds guarantee excellent dimensional accuracy, consistency and longer mold life in mass production.
From design to production, BLUE provides a one-stop service using cutting-edge equipment to ensure quality at competitive pricing.
BLUE’s online shop features a full range of powder metallurgy standard parts, sourced through long-standing relationships with top factories in China.
Since all parts are mass-produced, so there are no mold fees, reducing costs and speeding up the ordering process.
We offer free samples to help you evaluate the product before ordering, and all parts are in stock for immediate delivery.
Visit our standard pats shop to find what exactly you need.
Here are some BLUE’s customized powder metallurgy parts, including water pump pulleys & flange, oil pump rotors & gears, sintered metal filters, shock absorber parts, oil-impregnated bearings, etc.
Powder metallurgy is a precision manufacturing process with a continuing and stable accuracy of up to 0.01mm, which requires strict control at each stage to ensure the quality of the final part. Any deviation or error during the process may result in the rejection of the entire batch.
Mold design is a critical process that must consider the desired part geometry, material properties, production volume, and cost-effectiveness.
Powder metallurgy tooling includes upper and lower punches, die, and core rod. The mold needs to have excellent strength, hardness and wear resistance.
Mixing is the process of blending metal powder with binders to improve its uniformity and fluidity, promoting better material consistency.
Conpacting is a process that presses metal powder into mold cavity through powder compaction machine to get a green compact part.
Sintering heats the green compact to a temperature below its melting point in a controlled atmosphere to obtain the desired mechanical properties.
Sizing corrects dimensional deviations after sintering and enhances product accuracy. It requires an additional, simpler set of molds compared to the forming mold.
Tumbling removes burrs and flash from a part's surface by vibrating it with abrasive media, such as stone or ceramic, resulting in a smoother finish.
Machining can achieve complex shapes that cannot be pressed by powder metallurgy, such as transverse holes and screw threads.
Blackening process, or steam treatment, forms an oxide layer to prevent rust and increase hardness, offering a cost-effective solution.
Hardening enhances the material's strength and hardness through carburizing or nitriding, resulting in improved wear resistance and fatigue life.
The inspecting process is always a critical step that ensures quality and performance through BLUE inspection standards before shipping.
BLUE's packaging process uses anti-rust paper, vacuum, blister and other methods to ensure that the product is intact during transportation.
Powder metallurgy parts have a wide range of applications, including automobiles, motorcycles, aerospace, medical fields, powder tools, household appliances, etc.
With the advancement of technology, powder metallurgy in automotive applications is becoming more widespread. Do you know how many powder metal parts are in an
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