EVABarrier 3mm (1/8″) x 6.35mm (1/4″) Double Wall EVA Beer Line / Gas Line

This product is available per Metre. Please select required length. (Discount on 12M purchases)

Swap out your 4mm or 5mm hosing for this smaller internal diameter 3mm hosing coupled with 6.35mm duotight ball lock disconnects (KL24242 and KL24235) for a neat and tidy kegerator, keezer or cellar set up. This sized hosing is perfect for your series X or Series X plus to reduce the bundle of beer line sitting on top of your kegs.

Reducing the length of your beer line keeps your plumbing neat and tidy so your draft system looks as good as it works!

This EVA Double walled tubing is made with an EVA outer wall and also an inner proprietary polymer barrier.

Outer Barrier
The outer barrier has accurately extruded tolerances and made from an EVA material. It also seals well when used with various John Guest, DuoTight or other push in fittings.  The outer barrier gives the tubing excellent kink resistance so the line is able to bend around a tight radius without kinking.

Inner Barrier
The inner barrier is made from a proprietary polymer that has excellent gas barrier.  The significantly better barrier properties means your beer is better protected from oxygen and also has a better barrier to CO2 loss.  So your beer will stay fresher for longer and not loose carbonation like other beer line types.  In some beer line types you may notice that the beer sitting in the lines starts to taste flat and/or oxidised when sitting in the lines for an extended period.  EVABarrier tubing is significantly better in this regard and you will notice a significantly improved freshness of your beer especially if it’s been sitting in the lines.

Due to the high density and smooth nature of the EVABarrier inner barrier the tubing internal surface is super smooth and almost completely impermeable.  This makes it difficult for bacteria and other microbes to attach to the inside surface of the tubing.

If you want to know why we use EVABarrier we have more information in this video below: