There are pneumatic manifolds to provide a convenient intersecting point for the simplification of fluid and gas distributions and the pneumatic power supply for several instruments at two or more places.

Valves are among the most important components in any industrial system, especially if the entire system is based on fluid. According to use, the valves vary. However, pneumatic valves, hydro pressures, ball valves, and toggle valves are the most common valves used in the industry.

In a single position in an industrial environment, there are special cases in which two valves must be mounted. The installation of valves, as they are highly inefficient, is considered to double the space required in most cases. Instead, a valve collector is designed to make the machine as effective as possible.

Pneumatic Manifold Definition

A manifold is a mechanism used in a hydraulic system for linking two or more valves. With each valve having a separate overture below, we can connect several blocks and insulate valves to a single body configuration, so a conduit is attached. In a multiple, a central chamber will be found, also called the principal body common to all valves in the system.

Pneumatic manifolds often involve valves of the ball, bleed, need, and ventilation. They are intended to save on installation costs, both space, and money.

Advantages of Pneumatic Manifolds

Some advantages of using Pneumatic Manifolds include:

  • The short pathway flows indirectly result in short gas path flows by installing pneumatic manifestations, which minimize such things as pressures dropping and fluctuations in heat. In exchange, this increases and enhances a gaseous system's energy efficiency.
  • Decreased installation costs: One of the reasons why multipliers are installed is to save space. You would end up saving lots of room by building a gas system with multiple units that will save you money in the long term as your machinery and equipment do not have to stretch too far.
  • Improved Design: fewer handles are required to build an overall improved layout for a manifold system. This layout is useful in maintenance because your staff doesn't have to take up several parts to hold or fix a single pipe.
  • Decreased Leak Likelihood: Another significant benefit of using pneumatic manifolds is to reduce the risk of leaks. This is because multiples minimize the number of links in a system, implying fewer connections. Therefore, when you operate in a machine with many joints, you would not have to deal with many loose joints.


A significant factor of any manufacturing system is pneumatic manifolds, which help increase productivity and save you money in the long term. If you are searching for a partner to assist you in constructing a Pneumatic Manifold, please contact us.