0201AA0 Aluminum Alloy Gas Cylinder
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  • 0201AA0 Aluminum Alloy Gas Cylinder

The Ouman aluminum alloy gas cylinder primarily serves the following functions:
 
- Storing Compressed Air: The air tank is used to store the gas compressed by the air compressor, providing the necessary pressurized air for systems such as vehicle braking, air suspension adjustment, and horn operation.
- Ensuring stable air pressure: Since the air pressure delivered by the air compressor can be unstable, the air receiver tank helps maintain consistent pressure, ensuring that the output compressed air remains steady and enabling proper operation of air-consuming equipment such as the braking system.
- Filtering impurities: As air briefly resides inside the air receiver tank, dust, water molecules, and oil contaminants—such as those accidentally pumped in due to compressor malfunctions—settle at the bottom of the tank, effectively filtering out these impurities and preventing them from entering the air system and damaging vehicle components.
- Reduce the temperature: After being compressed by the air compressor, the ambient air heats up. The air receiver tank helps lower the temperature of the compressed air, increasing its density so more air can be stored efficiently—while also promoting condensation and moisture separation.
- Reducing vehicle weight: Aluminum alloy gas cylinders are lighter than their iron counterparts, helping to achieve vehicle lightweighting, thereby enhancing fuel efficiency and improving handling performance.
- Corrosion-resistant: Aluminum alloy boasts excellent corrosion resistance, as its surface readily forms a dense, robust protective film of aluminum oxide. This prevents rust from forming and entering the air system, thereby avoiding damage to vehicle components and significantly extending the lifespan of the air reservoir and related air circuit systems.

0201AA0 Aluminum Alloy Gas Cylinder
+
  • 0201AA0 Aluminum Alloy Gas Cylinder

0201AA0 Aluminum Alloy Gas Cylinder

Aluminum alloy gas cylinders are gas storage devices whose material thickness is determined based on the rated working pressure and volume, primarily used for storing high-pressure gases.


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