Topic

Jetboil Sol Ti Repair and Upgrade

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Ben Pearre BPL Member
PostedJan 30, 2019 at 5:54 pm

Hi all,

Like many others, I melted the fins off my Jetboil Sol Ti. Before that, it was an amazing stove. The new ones seem vastly inferior (much heavier, maybe scratchable…). But I had the beginnings of an idea for a repair/upgrade:

I don’t like plastic bottles. There may be safety concerns (BPA has been replaced with something that may be at least as bad), and there are definitely flavour concerns. So I like my heavy titanium bottles.

The Vargo Bot (“bottle pot”) is about the same dimensions as the Sol Ti, and it’s also a titanium bottle with a lid. I was thinking of trying to Frankenstein an aluminium Jetboil pot bottom onto a Vargo Bot. Then at least those of us who like biocompatible bottles could justify the weight of the Jetboil in yet another way :)

Tricky bits:

  1. Remove the whole bottom of an aluminium Jetboil pot: the disc, attachment/windscreen, and heat exchanger fins.
  2. Create a clean and flat bonding surface.
  3. Use a high-temperature thermal transfer adhesive to glue that onto the Bot.

There are a few tricky bits here, but I guess the main one is getting the two to adhere with no air pockets. Also I’m not sure yet how I’m going to remove/reattach the Jetboil pot bottom in a way that maintains the structural integrity of the attachment/windscreen thing. Obviously a pretty preliminary idea…!

Ideas? Thoughts?

 

Mike B BPL Member
PostedJan 30, 2019 at 7:19 pm

I am not an engineer so take this with a grain of salt. I like the idea and will be following this thread since I too have a jet boil Ti that has melted fins… go figure.

Have you looked up the thermal expansion properties of both metals? I think you may have some issues with the difference between the 2 metals and the expansion / contractions as they heat up and cool off. Aluminum expands more then Titanium does. However I do not know the math to figure out if the difference between the 2 is small enough to not break the bond between them. https://www.engineeringtoolbox.com/linear-expansion-coefficients-d_95.html

Viewing 2 posts - 1 through 2 (of 2 total)
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