What Are The Common Parts Made By Powder Metallurgy?

🔧 Mechanical transmission components
• Gears: including precision cylindrical gears, bevel gears, worm gears, etc., widely used in automotive gearboxes, home appliance reducers, industrial machine tools and other equipment. With the high-precision forming ability of powder metallurgy, it can ensure the stability and low noise of transmission.
• Sprockets : commonly used in transmission systems of motorcycles, bicycles, and industrial conveying equipment. Powder metallurgy technology can accurately control the tooth profile and hardness of chain wheels, improving wear resistance and service life.
• Synchronous belt pulley: commonly used in automotive engines and office automation equipment (such as printers), it can achieve precise transmission ratios and reduce assembly errors through powder metallurgy integrated molding.

🛠️ Structural support components
• Flanges: Used for pipeline connections, mechanical equipment base fixation, and other scenarios. Powder metallurgy flanges can be customized in different sizes and shapes according to needs, with both high strength and lightweight characteristics.
• Bearing sleeve: As the core component of sliding bearings, it is widely used in agricultural machinery and construction machinery. The powder metallurgy material bearing sleeve has a pore oil storage function, which can achieve oil-free lubrication and reduce maintenance costs.
• Connecting rod: Some small engines and pneumatic tools use powder metallurgy technology to produce connecting rods. The integrated structure can improve the fatigue strength of the connecting rod and reduce manufacturing costs.

🔒 Hardware accessory parts
• Lock accessories: such as lock core pins, lock body pulleys, handle connectors, etc. Powder metallurgy can mass produce high-precision small parts to meet the requirements of locks for accuracy and consistency.
• Door closer accessories: including gear sets, buffer valve cores, spring seats, etc. These types of parts require high wear resistance and precision, and powder metallurgy technology can well match their production needs.
• Fasteners: such as irregular bolts, nuts, washers, etc., especially some non-standard fasteners, powder metallurgy can directly form complex shapes without additional cutting processing.

🚗 Automotive industry parts
• Engine components, such as valve guides, oil pump gears, turbocharger impellers, etc., are made of powder metallurgy materials with high temperature resistance and wear resistance, which can adapt to the harsh working environment of the engine.
• Chassis parts: including brake shoe frame, shock absorber piston, steering system liner, etc. These parts require high strength and toughness, and powder metallurgy technology can adjust the material formula to meet performance requirements.
• Interior parts: such as seat adjustment gears, door lock actuator parts, etc. The low-cost and mass production advantages of powder metallurgy can adapt to the large-scale needs of the automotive industry.

With a deep understanding of the characteristics of various sintered metal materials, we can accurately match material formulas and sintering processes according to your working conditions, and customize powder metallurgy sintered metal parts that have both performance and cost advantages. From preliminary design to mass production in the later stage, we provide one-stop customization services for you. Welcome to inquire with samples and drawings .