Apology accepted and understood; thank you.
I've clearly stumbled into your area of passion and expertise.
I've been a professional woodworker for several decades; I'll bet that I'd have a few opinions about whatever woodworking projects you might have going
. We tend to be invested in the work we do professionally, at least I hope that this is true!
I can only offer that some of us may not have the positive, ongoing connections to Regency that you enjoy and do not have the ready cash to buy a new stove.
I'm glad that this isn't your experience.
Furnace cement, In my experience, as well, does not hold up well on its own. Where it touches metal, the movement of the metal and cement happen at different rates, causing fracturing.
Additionally, the cement doesn't last well when applied in large masses, it seems. The directions suggest applying thin coats; this seems to work best. I've applied it in successive layerings, where I've used it successfully.
The reason for my post was that I've done something different, following the concept of basic concrete work or plastering; relying on a steel mesh for tensile strength and form, with a thin layer of cement forced into, and covering, the mesh.
My results, so far, are that furnace cement applied firmly onto the stainless steel armature has held up well, over the last month, after several fires, with no cracking or distortion.
That was the reason for my post; I experimented with using the SS wire as a "lath" and the cement as a "plaster" and it has worked very well, so far.
I'll be sure to post, either way, a couple of months into the real heating season; so far, so good.
The recently expanded size of the baffles and redesign of the deflector are clear enough evidence for me that Regency finally understands that there was a problem directing fire at the unprotected top/front area.
As I mentioned in my initial post, I also used my stainless mesh/fire cement approach to mend cracked baffles; this has also held up well; the mesh serves as structural strength to the joint, when "bedded" in furnace cement. The mended baffles are going strong. At $75 + for a set of baffles, mending was a better option for me.
The work I've done at the top/front is easily reversible, should I ever choose to do so; the basic stove is not modified. I've just covered the vulnerable area.
The cracking/distortion is well within the door's area, my gaskets are fresh and their perimeters are sealed with hi-temp caulking. There is no flatness distortion out at the door seal and no burn through or cracking at the top of the stove's firebox.
Frankly, it is working better than ever, happily!