Brief: Discover the advanced manufacturing of high precision powder metallurgy spur gears for automotive applications. This video showcases custom stainless steel gear manufacturing, highlighting the cutting-edge CNC lathe turning machining process. Perfect for OEMs seeking durable, high-performance components.
Related Product Features:
Ingranaggi di spinta per la metallurgia a polvere ad alta precisione progettati per applicazioni automobilistiche.
Custom stainless steel gear manufacturing for tailored solutions.
Near-net shaping reduces material waste to less than 5%.
Capable of producing complex structures like microholes and multi-material composites.
Suitable for high-performance materials including refractory metals and composites.
Energy-efficient process ideal for mass production.
Le opzioni di post-elaborazione includono la densificazione, il trattamento superficiale e la lavorazione meccanica.
Widely used in automotive, aerospace, electronics, and medical industries.
Domande frequenti:
What are the advantages of powder metallurgy for spur gears?
Powder metallurgy offers high material efficiency, complex structure fabrication, and the ability to produce high-performance materials with reduced energy consumption compared to traditional methods.
What materials are commonly used in powder metallurgy spur gears?
Common materials include iron and copper-based alloys, refractory metals like tungsten and molybdenum, special alloys such as titanium, and metal-ceramic composites.
What industries benefit from powder metallurgy spur gears?
Industries such as automotive, aerospace, electronics, medical, and new energy benefit from powder metallurgy spur gears due to their high precision, durability, and performance.