Well I would essentially just be using it to maintain a specific temperature, unless doing a partial mash doesnt require too much precision in the way of temp. I also have a 1.5 gallon pot that I would use (only a 1 gallon batch ) and a grain bag to keep the grains in. I will have to test and make sure that the particulates dont mess around with the heating element.
Mash is sticky, but it will rinse off. Precision is good, that's what we try so hard to maintain, exact temps, throughout for an hour. In practice, a degree or 2 slip is hardly noticeable. Apparently we have larger deviations in the various processes when brewing our relatively small batches.
With a partial/mini mash don't put the grains in a grain steeping bag, water may not reach well enough inside. The grains kinda need to "swim," being exposed to the water. You've got to stir that mash when you combine the milled grains with the hot water, so there are no clumps (dough balls). Then stir again a few more times during that hour, and again well after the hour. Use about 1.25-1.5 quarts per pound of grain, that's a good ratio.
However, you can use a BIAB method for mini mashes, those special bags are roomy and pretty tightly woven.
Make sure you have enough diastatic power in your partial mash/mini mash. When in doubt, add a pound (or 2) of a base malt (2-row, Ale malt, Pilsner, Wheat Malt, etc.) to boost it.
Vienna converts itself plus maybe a quarter to half its weight of an adjunct.
Munich (<10°L) can just convert it self, but nothing else.
Darker Munich (>10°L) cannot convert itself, it needs a base malt addition to help out.
Flaked goods have no diastatic power, neither have Crystal or Cara malts, Carapils, Carafoam, Biscuit malt, Honey malt, Brown Malt, Melanoidins, Roasted goods, etc.
Before you decide to do a mash, please read up about it in the respective chapter in Palmer's Book. The Online version is good enough.
It's not that hard, just a few rules and an hour to mash.
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