Thin wall....thick wall....??? What is this, please. This is not an option as listed on your site so I'm baffled.
Sorry. My coil insert sizing got more focused as I was creating the web store and creating options menus for the Flix. I've been carrying a lot of choices behind the scenes for a while but hadn't given customers a way to pick and choose beyond the basic question of coil diameter. When I created the Fluxer web store I realized I could present these in a more formal and organized way. I probably have too many choices, but one-size-fits-all just isn't how I roll.
These are coil and insert sizes I offer:
14mm coil*:
14mm glass insert (14mm OD x 1.1mm walls)
14mm carbon fiber (14mm OD x 1.0mm walls)
15mm coil:
15mm glass (15mm OD x 1.1mm walls)
15mm carbon fiber (15mm OD x 1.0mm walls)
16mm coil:
16mm thin walled glass insert (16mm OD x 1.1mm walls)
16mm thin walled carbon fiber insert (16mm OD x 1.0mm walls)
16mm medium walled glass insert (16mm OD x 2.0mm walls)
16mm medium walled carbon fiber insert (16mm OD x 2.0mm walls)
16mm thick walled glass insert (16mm OD x 2.5mm walls)
17mm coil**:
17mm thin walled glass insert (17mm OD x 1.1mm)
17mm thick-walled carbon fiber insert (17mm OD x 2.0mm walls)
*The 14mm is too hot for most people's tastes, so I keep it behind the counter and off the menu. If you want it, you need to ask for it.
**The 17mm works better with the SS tip than the ti tip. With this size, the extra mass of the SS tip distributes the heat much more evenly than the ti tip.
Glass vs carbon fiber insert:
I get a lot of questions about the differences between the glass and carbon fiber inserts. In my experience, the two materials perform similarly enough for our purposes that I consider two inserts of the same size and wall thickness to be equal. I am sure there are subtle differences detectable in lab settings, but for us, consider the materials to perform the same for a given size.
The only real differences in these two materials are the obvious ones: carbon fiber in unbreakable but opaque, glass is transparent but fragile. If you have a glass insert, your under-the-coil LEDs will shine through it and light it up so that it looks great. If you have a carbon fiber insert, your under-the-coil LEDs shine in the interior of the insert and will be visible when you look down into the bowl, and some light will also be visible as a "glow", but overall the coil lighting muted. On the other hand, you can hit the carbon fiber insert with a hammer and not damage it, and that makes it a good choice if you want to use your Flux Deluxe out and about without giving it too much extra thought.
Hope this helps clear this up.
Flix and Flux Deluxe Updates (an addition to the original post):
Flix: I will be making more Flix soon, but I plan on giving the most recently repaired heaters a few more days to prove themselves before I sell more. The reports from those who had their Flix repaired have been good, but I heard from one Flix owner today whose Flix failed for a second time, which is unexpected and not what I wanted to read this morning
***.
Time will tell if this is an isolated incident or an indication of more trouble ahead.
***Updated again to add: My fix for the Flix 'failing MOSFET issue' still looks good.
The Flix that had failed for the 2nd time was one that I had repaired very early, before I finalized the patch for the root issue. It got new MOSFETs but still had the troublesome caps and inductors.
In light of this, I expect to start work later today on the next batch of Flix for the store.
Flux Deluxe: I sent out the order confirmation invitation emails for the remaining September 2019 waiting list names. If you were expecting a notification for this batch and didn't receive one, please send me an email. next up: October 2019.