3 Gallon 9 Litre 5 Port Aluminium Air Tank | Bare

All Boss air tanks are manufactured from aluminium. This keeps weight down and eliminates internal rust, which is a common issue with steel tanks, especially in humid environments or where moisture is not drained regularly.

Yes. Even though aluminium tanks do not rust internally, moisture from compressed air still collects in the system. Periodic draining removes water and helps protect valves, airbags and other components from corrosion and contamination.

The ideal tank size depends on how the system is used. Load Assist kits that only adjust airbag pressures can run on a small tank or even no tank with a suitable compressor. Full air suspension, frequent ride-height changes, tyre inflation or air tools all benefit from a larger tank. Bigger tanks provide more usable air but take longer to fill.

Tank fill time depends on several factors – compressor output, duty cycle, tank volume, system pressure and ambient conditions. Because these vary widely between setups, there is no single accurate fill time that applies to every combination. It is better to size the compressor and tank based on how often and how quickly you need to use the air.

The five ports on the air tank provide flexibility for installation and connectivity. This allows you to customise your setup according to your specific air suspension system needs.

Yes, the 3 Gallon Aluminium Air Tank is designed to be compatible with various air suspension systems, particularly those using airbags. Ensure that you select appropriate fittings and connections for your specific application.

Aluminium air tanks, like this one, are lightweight and resistant to rust, ensuring longevity and reliability. Unlike steel tanks, they do not rust internally, which helps maintain air quality and system performance.

The 3 Gallon Aluminium Air Tank is typically used in air suspension systems to store compressed air, allowing for quick adjustments to airbag pressure. It is ideal for load assist applications, enhancing vehicle stability and performance.