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05-03-2011, 10:39 PM
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#41
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Experienced"taste tester"
Feedback Score: 0 reviews
Join Date: Mar 2010
Location: canada
Posts: 265
Liked 2 Times on 2 Posts Likes Given: 1
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nicely done quaffer!
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05-03-2011, 11:55 PM
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#42
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Feedback Score: 0 reviews
Join Date: Feb 2008
Location: Columbus
Posts: 1,689
Liked 11 Times on 10 Posts Likes Given: 22
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Quote:
Originally Posted by Bobby_M
The only difference between soldering and brazing as far as I know is temperature required. The filler material always has a lower melting point than the two materials being joined.
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I soldered the fittings on my kettles with great success. I noticed though that I torqued on one too much and it cracked the solder, then leaked a bit. I just resoldered. However, I brazed a few tri-clover fittings to some 1/2 ss tube and can tell you that its MUCH harder than the solder. The joint got cherry red and the flux kinda twinkle a bit and it looked like some fusion was going on. Now I know it wasn't "welded" together, but i was able to grind the joint smooth and there is no visible seperation between the two pieces.
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01-15-2012, 06:31 PM
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#43
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Feedback Score: 1 reviews
Join Date: Dec 2009
Location: State Line, PA, Pennsylvania
Posts: 1,894
Liked 60 Times on 44 Posts Likes Given: 42
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I just came across this post and it really makes me want to try it on a keggle brew kettle. What did you use to keep the element contacts dry? a box?
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01-15-2012, 07:19 PM
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#44
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Feedback Score: 0 reviews
Join Date: Oct 2007
Location: Fort Myers, FL
Posts: 383
Liked 4 Times on 4 Posts Likes Given: 2
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I think I remember seeing someone basically cutting a hexagon out of the back of a box and soldering it to the side of the kettle around the nut. I'll be doing that to my BK here in the next few days.
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01-31-2012, 02:17 AM
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#45
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Feedback Score: 0 reviews
Join Date: Jan 2012
Location: Chesterton, IN
Posts: 69
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When you solder the hex nut on the keg you are not able to dimple it - correct?
If you were to dimple it, is there something that can be soldered on and still be flush enough for the element? Anyone tried this?
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01-31-2012, 02:46 AM
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#46
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Feedback Score: 0 reviews
Join Date: Sep 2010
Location: Seattle
Posts: 32
Liked 1 Times on 1 Posts
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On my kettle, I used the dimple method with a 1" half coupler soldered in. The half coupler provided a perfect surface for a silicone o-ring to seal. I used a weatherproof box, almost identical to Kal's installation to cover the connection. It works great, hasn't leaked a drop.
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01-31-2012, 03:11 AM
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#47
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Feedback Score: 0 reviews
Join Date: Oct 2006
Location: San Diego
Posts: 1,593
Liked 25 Times on 23 Posts Likes Given: 8
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Quote:
Originally Posted by epcgordy
On my kettle, I used the dimple method with a 1" half coupler soldered in. The half coupler provided a perfect surface for a silicone o-ring to seal. I used a weatherproof box, almost identical to Kal's installation to cover the connection. It works great, hasn't leaked a drop.
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What size hole did you drill for this. I did the OP's method for my HLT because the 1-1/2 hole I drilled for the coupling was too big so I brazed on a 1" lock nut. I still need to put an element in the kettle and I'd like to do the dimple and braze a half coupling on.
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01-31-2012, 03:31 AM
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#48
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Feedback Score: 0 reviews
Join Date: Sep 2010
Location: Seattle
Posts: 32
Liked 1 Times on 1 Posts
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IIRC, it was a 1 1/4" hole for the half coupler using the dimple tool. No need to braze, with the dimple and solder you can get a very strong joint. Check the Soldering Stainless Steel thread in the DIY section. There's a tremendous amount of info in there.
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01-31-2012, 06:28 PM
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#49
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Vendor and Brewer
Feedback Score: 0 reviews
Join Date: Aug 2006
Location: Piscataway, NJ
Posts: 20,669
Liked 461 Times on 326 Posts Likes Given: 9
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In trying to decide between a flared opening with 1" half coupling and directly soldering a locknut, I think the nut wins. For one thing, the threads are both NPS and there is no question that the gaskets will mate before the threads interfere. Then next reason is that there is more surface area for solder to bond to. Last, no flaring tool needed.
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