Manifold: Noun: a chamber or pipe with several inlets or outlets to collect or distribute a fluid.

What’s the similarity among the manifolds seen in this picture?


They all have taken the benefit of being thermally deburred.

The threat of burrs to manifolds

For the desired functionality of a manifold, it must not have any burr or loose particles left inside.

Burr getting dislodged, carried away with the fluid, and getting caught in the wrong place is a potential safety hazard.

The fact is, the machining process generates burrs. Machining optimization can minimize this but can only partially eliminate it.

The question is : how to get rid of burrs before putting the manifolds to use ?

TEM against manifold burrs

Thermal deburring (TEM) has been a proven solution for decades, instilling confidence in its effectiveness. Regardless of manifold design complexity, TEM is effective for various materials, from zinc, aluminum, and cast iron to steel and stainless steel.

Thermal deburring ensures these risks are eliminated, providing a secure solution.

Extrude Hone’s solutions for manifold’s performance

As a leading provider of thermal deburring solutions, Extrude Hone is uniquely positioned to help you improve the quality and performance of your manifolds.

Don’t hesitate to contact us for a quick trial and to see the difference our expertise can make.

PS: In the picture, you can see manifolds of aluminum, SG iron, steel, and stainless steel.