What are the applications of stainless steel powder metallurgy parts in the automotive field?

In the automotive field, stainless steel powder metallurgy parts are widely and deeply used. These parts have become the key factors to improve the performance, safety and comfort of automobiles due to their high strength, high precision and high wear resistance. So what are the applications of stainless steel powder metallurgy parts in the automotive field?

The following isStainless Steel Powder Metallurgy PartsSpecific applications in the automotive sector:

1. engine system

1. Key parts:

Stainless steel powder metallurgy parts are used in the key parts of the engine, such as conduit, seat ring, connecting rod, bearing seat and so on. Because these parts need to withstand the harsh environment of high temperature, high pressure and high-speed operation, stainless steel powder metallurgy technology can ensure that the parts have sufficient strength and corrosion resistance to meet the operating requirements of the engine.

2. Key components of variable valve timing system (VVT):

In modern engines, VVT system is a key technology to improve fuel economy and reduce emissions. Some of the key components also use stainless steel powder metallurgy materials to ensure its high precision and reliability.

2. variable speed system

1. Synchronizing gear hub and planetary gear carrier:

In the transmission, the synchronous gear hub and planetary gear carrier and other parts also use stainless steel powder metallurgy technology. Because these parts need to withstand frequent shifting shocks and load changes, the high strength and wear resistance of stainless steel powder metallurgy materials can effectively ensure the performance of the parts.

3. chassis system

1. Shock absorber parts:

The shock absorber parts in the chassis system, such as guides, pistons and bottom valve seats, are usually made of stainless steel powder metallurgy materials. Because these parts need to have good wear resistance and corrosion resistance, in order to cope with the complex and changeable road environment and harsh driving conditions.

4. brake system

1.ABS sensor and brake pads:

In the brake system, ABS sensors and brake pads and other parts also apply stainless steel powder metallurgy technology. The ABS sensor needs to accurately sense the wheel speed and slip rate to ensure the stability and safety of the braking system; while the brake pads need to have excellent wear resistance and thermal stability to provide a reliable braking effect.

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