Water cooled chimney holder

Despite the rain my coating work continued. Compare the first
two images. The first one just underwent the second
penetration coating.

The second images is immediately after the first penetration
coating. So, you see how much immersion is taking place
inside the material.

These will be subjected to another immersion coating,
and that is when surface saturation takes place,
before moving on to surface protection stage, then,
matting.





I am very much proud of the integrity of my work. Nobody
in this world wants to coat these products 10 times! I do!
And, they sell at alarmingly low prices!

Who cares! My wife and shop owners do! In practice,
they have a lot of say in pricing. I simply obey them,
very meekly...

Now, next two photos show pickers. The first current lot, and
amazingly the second lot is something I uncovered only a few
days ago. I had been forgetting about them!

Each of these will probably sell for JPY 300 minimum.
Fairly easy to fabricate, takes a lot of time to coat!
They are coated 10 times!

The only problem here is that their tips are left shinny.
That is to say that the tips were as they had been when
subjected to surface protection coating.

Some peple do not like shinny pieces. I just left them
like that just to show the quality of my coating.
I may mat them over...





What follows is today's work. I do not remember how much
each one of these actually sells for. Perhaps JPY 500?
I do know that they sell well. At K's she calls them

ice spoons, but I simply call them propellers...



Anyway, today's main topic is about the following schematic.



This schematic is in relation to the chimmney pipe holding
through the walls. I do know that they use simple concrete
holders like A. I do also know that something like this

is sufficient for the purpose. The arrows in red are indicating
heat dissipation. However, I want to do more!

In building the house I am working on now, costs are
simply disregarded. Maximum safety comes first. My idea of
ensuring the safety in the area of low temperature

carbonaization is first of all enough separation from the inner
walls, but that is easy. My next idea is to water cool
the concrete block as shown here.

Naturally, there will have to be a small pumping system,
but that is all easy, too. What I will need to do is to embed
the pipings in the frame before putting in the heat resistant cement.

In fact, I am already thinking of the maintenace, as with
fixed-in windows. All of these fittings will have service
windows for future maintenance work.

My current guess is that there will be conspicous frames,
narrow, but conspicous enoough with hexagonal mini bolts
showing on the outer surface.

All these would look odd in ordinary housing, but I am
not building ordinary looking interior surfaces.
The only kind in the world, easy to maintain.

In fact, in order to facillitate these rather unusual
interior workings I will take the smaller of my
milling machines to the mountain.

Ordinary carpenters do not even know something like
that exists and what they can do for you. And, I do and
for that reason I will be building a rather unusual

looking interior for the house I am working on.