OK Fine, so I'm obsessed. The purpose of this experiment is to see if the mill would work for popcorn and to see if popcorn could be used for polenta.
Conclusion: It does, and it can. In fact, it's qualitatively better than the unidentified milled corn whatever it is, either flint or dent. Popcorn is a hybrid, either one can be used for popcorn, I expect this is hybrid flint because there isn't a noticeable dent in the kernels. It grinds faster and more easily than wheat, which is surprising, although on coarse setting, the mill grinds more finely than commercial meal, and way too finely for grits. On fine this mill produces corn flour, which I suppose would make a very smooth cornbread or coating for fried foods, although less interesting texture. The ancients would have given their right arm for a mill like this. Or somebody's arm.
I suppose I should have made the polenta with water then tested for corn taste only. Oh well. I can still tell the fat in the corn is clear and clean, and there is no lingering sense of processing whatsoever.
This polenta was cooked in chicken broth and flavored with cayenne, arbol, and chipotle chiles with Parmisiano Reggiano, so the corn flavor was heavily masked. Even so, the corn flavor comes through nicely and more strongly than pre-milled corn.
Next experiment: Coffee grinder.
2 comments:
What grain mill are you using there? I have been thinking of getting one, but I keep reading different things about the fineness/coarseness of the grinding.
Nutrimill. It's great, but it's LOUD. Sounds like a loud vacuum cleaner, reminds me of a jet engine. This was the first time I used it for corn. I was surprised how fast it went compared to wheat grain.
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