1. Internal combustion engine
2. Transmission
3. Body and chassi
Gasoline/Diesel cars
Internal combustion engine
- Fuel injection
- Ingnition systems
- Pumps
- Crankshaft
- Valventrain
- A/C compressor
- Exhaust gas reciculation (EGR) cooler
Sintered gears are crucial components in the transmission system of a hybrid engine. Transfer case sprockets, planetary carriers and differential gears are examples of suitable applications for using powder metal technology.
Sintering allows the production of complex-shaped gears with high precision, making them suitable for efficient power transmission. Another benefit with PM components is the efficient use of materials, minimising waste and reducing overall production costs. A third advantage is enhanced mechanical properties, wear resistance and durability.
Transmission
- Transfer case sprockets
- Planetary carriers
- Differential gears
The press and sinter technology is ideal for creating and producing essential metal elements in a transmission such as gears, carriers and sprockets.
The net shaping technique employed in pressing and sintering enables your company to create intricate forms through a minimal number of processing steps.
This technology offers cost benefits by eliminating the need for additional machining operations to attain the final component shape, including delicate features such as gear teeth and splines.
Body and chassi
- Mirrors
- Shock absorbers
The variety of applications and rigorous requirements for complex geometries, repeatability and consistency, tight tolerances and low cost drive the demand for pressed and sintered metal powder components in the automotive industry.
PM components are highly durable, wear-resistant and therefore suitable for details on the body and chassis of vehicles. Examples of parts include shock absorber pistons and rods, and mirror bosses.
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