The function of the aluminum alloy gas cylinder:
- Energy-storage gas supply: Store the compressed air generated by the air compressor to provide an ample air supply for vehicle braking systems, air horns, and other pneumatic equipment, ensuring these devices function properly.
- Filtering impurities: Impurities such as dust, water molecules, and motor oil in the air will settle inside the air receiver tank, acting as a filter that helps reduce damage to the air system and air-using equipment, thereby extending the service life of related components.
- Stable atmospheric pressure: The compressed air pressure output by the air compressor is unstable, but the air receiver tank helps buffer and stabilize it, ensuring a steady output pressure that keeps your air-consuming equipment running smoothly and reduces failures caused by pressure fluctuations.
- Cooling and Water Separation: After being compressed by the air compressor, the ambient air heats up. The air receiver tank allows the compressed air to remain inside and cool down, making it easier for moisture in the air to condense. At the same time, lowering the temperature increases air density, thereby boosting the storage capacity of the air receiver tank.
- Reduce weight: Compared to iron gas cylinders, aluminum alloy materials are lighter, reducing the vehicle's overall weight and helping to improve fuel efficiency and transportation efficiency.
- Corrosion-resistant: Aluminum alloy is resistant to rust and won't produce iron oxide that could contaminate the air system, damaging vehicle components—resulting in a longer service life and lower maintenance costs.
Key Words
0201DA0 Aluminum Alloy Gas Cylinder
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