Powder Metallurgy Sprocket
Powder metallurgy sprocket is a key transmission component of automotive engines manufactured using powder metallurgy technology. Its process feature is to mix, press, and sinter metal powders (such as iron-based and copper based alloys) to produce sprocket products with specific tooth structures
- Product Introduction
The Function of Powder Metallurgy Sprocket
Powder metallurgy sprockets play a crucial role in mechanical systems such as automotive engines, and their core functions are mainly reflected in the following aspects:
• Power transmission: By meshing with the chain, the engine's power is transmitted to key components such as the camshaft and crankshaft, ensuring the normal operation of the power system.
• Wear resistance guarantee: With excellent wear resistance, it can work stably for a long time in high load and high-speed operating environments, effectively reducing wear and failure risks.
• Lightweight design: Compared to traditional cast or forged sprockets, it is lighter in weight, which helps reduce the overall weight of the engine and improve fuel efficiency.
• Performance optimization: High precision features can improve transmission efficiency, reduce energy loss, and thereby enhance engine performance; The manufacturing process ensures dimensional accuracy and stability, ensuring the continuous normal operation of the engine
product Parameter (specification)
|
Commodity |
Factory customized strong wear resistance Powder Metallurgy Sprocket |
|
Process |
Powder metallurgy |
| Density | Above 6.8g/cm³ |
| Hardness | HRC30-42 |
| Surface treatment | Rust-preventative oil coated. |
|
Application |
Automotive engine, motorbike engine, industrial machinery |
|
MOQ |
1000 PCS |
|
Quality |
High-Quality |
|
Payment |
T/T ,LC |
Comparison between powder metallurgy sprockets and traditional processed sprockets
| Performance dimension | Powder metallurgy sprocket | Traditional processing sprocket |
| Material utilization rate | >95% (nearly net formed) | About 60% -70% (cutting loss) |
| Manufacturing cost | Reduce by more than 30% during mass production | The process is complex and the cost is high |
| Structural complexity | Can be integrally formed with irregular tooth profiles and built-in protrusions | Multiple process splicing is required |
• Motor drive system: By adjusting the powder ratio, gradient material gears are manufactured to reduce noise;
• Lightweight requirements: Using aluminum based composite powder to further reduce weight and adapt to the trend of electrification.
In the future, with the development of 3D printing and powder metallurgy composite technology, the accuracy and material properties of sprockets are expected to further break through, promoting their application in the field of high-end equipment
Hot Tags: powder metallurgy sprocket, China powder metallurgy sprocket manufacturers, suppliers, factory
