Alumina Ceramic Foam Filter is mainly used to filter impurities in aluminum water and improve the purity of aluminum alloy. It is widely used in the production of cast aluminum alloy and aluminum alloy parts in automobile manufacturing.
Main application areas
- Automobile engine: used to filter aluminum water of key components such as engine cylinder block and cylinder head to ensure that the material is free of impurities and improve engine performance.
- Gearbox: filter aluminum water of gearbox housing, gears and other components to enhance the durability and reliability of the gearbox.
- Body structure parts: used for aluminum water filtration of body frame, chassis and other components to improve body strength and safety.
- New energy vehicle parts: ensure high purity and consistency of materials in the production of battery housing, motor housing and other components.
Specific application products of Alumina Ceramic Foam Filter
- Housing: such as engine cylinder block, gearbox housing, etc.
- Small die casting: such as small parts such as brackets and connectors.
- Gravity casting products: such as wheels, suspension parts, etc.
- Bracket: such as engine bracket, chassis bracket, etc.
- New energy vehicle parts: such as battery housing, motor housing, etc.
Alumina Ceramic Foam Filter Advantages
- High efficiency filtration: effectively remove oxides and inclusions in aluminum water, and improve material quality.
- High temperature resistance: can remain stable at high temperatures, suitable for aluminum water filtration.
- High mechanical strength: has good pressure and impact resistance, and extends service life.
- Chemical stability: does not react with aluminum water to ensure the purity of the material.
Market prospects
With the development of lightweight vehicles and new energy vehicles, the demand for high-quality aluminum alloys has increased, and the application prospects of alumina ceramic foam filters are broad, especially in the field of new energy vehicles.
Summary
Alumina ceramic foam filters are crucial in automobile manufacturing, which can significantly improve the quality of aluminum alloy parts and meet the automotive industry’s demand for high-performance materials.