Our Air Headers are manufactured to distribute compressed air or instrument air from a single source line across multiple takeoff points, feeding various instruments, valves, or pneumatic devices from one clean, centralized manifold. Rather than running separate branch connections directly off the main supply line at scattered points, an air header consolidates this distribution into a single component designed specifically for the job simplifying both the initial installation and any future maintenance or expansion.
As with every product in our range, air headers are machined to precise tolerances and tested before dispatch to confirm reliable, leak-tight performance across every takeoff point.
An air header works on a simple distribution principle: a single inlet connection receives compressed air or instrument air from the main supply line, and the header body directs that supply across multiple outlet ports, each typically fitted with its own isolation point. This allows individual instruments or devices connected to the header to be isolated independently for maintenance without shutting down supply to the others a meaningful advantage over a setup where every device ties directly into the main line with no independent isolation.
The header's internal bore and outlet spacing are engineered to maintain adequate air supply pressure across all connected points, even when multiple devices are drawing from the same header simultaneously.
Single inlet, multiple outlet takeoff points
Compressed air / instrument air distribution
Machined from selected material grades suited to instrumentation and utility air service
Tested for leak-tight performance before dispatch
Manufactured under ISO 9001:2015 certified processes
Number of outlet points, inlet size, and pressure rating are confirmed against your specific instrumentation layout and air supply requirement.
A poorly designed air header creates its own problems pressure drop across outlets, leaks at poorly machined takeoff points, or no way to isolate one device without affecting the rest. We manufacture our air headers to avoid exactly those issues, with precise machining at every outlet connection and consistent internal bore sizing to maintain reliable supply pressure across the full header, whether you're feeding two instruments or a dozen.
In case there is a particular number of takeoff points for your instrumentation arrangement or even a specific air supply pressure, then it would be good for us to know so as to ensure that we get the appropriate header arrangement.
It distributes compressed air or instrument air from a single supply line across multiple takeoff points feeding different instruments or devices.