PA Stainless Steel Manifold

The PA Stainless Steel Manifold is a range of robust and sturdy stainless steel connecting adapters, allowing you to control your hydroponic system’s airflow.

A hallmark of these products is that you can control each tap individually and independently, allowing a genuinely multi-faceted airflow configuration to set up according to your preference.

These products are suitable for use in any hydroponic growing system and present several valuable attributes and features, including:

• Made from tough, high-quality stainless steel
• Fits 19mm flexible pipes and fittings for use with other pumps
• Features adjustable taps on each outlet for easy control of airflow
• Designed to split airflow from large-scale air pumps to enable connection of airstones

How Does a Pump Manifold Work?

A Pump Manifold allows you to fine-tune the airflows within your system because each tap works independently of the rest. This feature enables the user to split the airflow from larger pumps to the outlets where individual airstones are connected.

No matter your setup’s size, you can achieve fine-tuning for each airstone. These manifolds work with the Charles Austen ET and Super Silent range of air pumps.

These tough and highly resilient air and nutrient manifolds are beneficial for controlling individual nutrient lines by using handy stop taps. This feature ultimately gives growers comprehensive control and maintenance of their entire hydroponic system.

How Do I Use a Pump Manifold?

These PA Air Pump Manifolds are available in several variants, each allowing a different number of outlets. Make sure that you have the correct pump for the manifold. There is a similar range with a 4mm inlet and a different number of outlets; however, this will not fit the same outlets as the products featured on this page. This range is made of steel and is not to be confused with those made of strong plastic.

How Can I Buy The PA Stainless Steel Manifold?

You can easily buy the PA Stainless Steel Manifold from our website.