Procedure 2305: Brass Reusable Fittings
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- čas přidán 11. 06. 2012
- Learn about brass reusable fittings in this procedure video. For more information visit dixonvalve.com.
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At 45 seconds….Is that thread tape I see ? or is that the soap you lubed it up with? .. Thanks….
Very good
Wish there was a little more strain relief to this design, but it still looks like one of the best fittings to use.
Thanks AMIGO!
Hi! Do you know if you have a reseller for this product in Europe, mainly in France? Because I can't find and it looks awesome :-)
Your video could mention that it is a 3/8" Fitting to a what size fitting? Looks like 1/2"
air/oxy/acet/fuel gas fittings available? for 1/4" I.D. hoses?
do you ship to or have distribution in southern Ontario, Canada?
Hi, please email sales@dixonvalve.com to speak to a specialist.
Do you guys make a reusable t fitting?
No, we do not make a reusable fitting in the shape of a "T", straight thru parts only.
Wish I could purchase these in the UK
Hi Brian, thank you for your interest. At this time they're only available in the US.
Safe for fuel line?
Hi,
No, the reusable brass fittings are for low pressure rubber hose for water or air.
@@DixonValve -- And what do you consider "low pressure"?
Also, are the threads that screw into the inside of the hose and the ones on the outside of the hose straight threads or tapered threads?
@@jakeblanton6853 The reusable are rated to 250 PSI at ambient temp and 150 PSI at -40 F to + 160 F.
The threads on the stem that insert into the hose are UNF threads (straight threads)
The threads on the ferrule that go over the hose are either left hand UNC / UNF threads (straight threads)
If you would like to discuss your application please contact sales@dixonvalve.com
@@DixonValve -- So not as good as the *supposed* 300 PSIG that the hose might have been originally rated to, but good enough for most people since they normally are only going to around 100-150 PSIG on their hoses.
I don't really have a need for one of those connectors, but as a retired engineer, I was just curious. Are you cutting the threads with sharp edges on them or rounding them over? I would think that rounding them over might give a better seal without damaging the rubber of the hose. Of course, since hoses are made from different materials, what might work best with one type of hose might not work best with a different type of hose.