Nice try, but I don't believe you are entirely correct.
MMS is a 28%, by weight, mixture of technical grade sodium chlorite.
While its effectiveness may be slightly less due to "impurities" in the technical grade, it is, never the less, still a 28%, by weight, solution.
It is referred throughout the book as 28%, and the mixing directions have you meter out portions to enable you to make a 28%, by weight, solution.
The "industry" offers other concentrations as well. One is 31%, by weight. Another is 25%, by weight. Another is 5%, by weight. Finally, it appears that "stabilized oxygen" is a 3.5%, by weight, product.
All of these concentrations are manufactured using technical grade sodium chlorite.
There are hazmat regulations for concentrations greater than 5%, by weight, but there are exemptions for small quantities of the higher concentrations, once again by weight.
I agree that a single 4 ounce bottle of 28%, by weight, solution does not have hazmat shipping requirements, but it still is a strong oxidizer and should be handled carefully.
Now, if you pack up several 4 ounce bottles and exceed the exemption total amount, there may be some interpretation required of how the exception applies. Does it apply to the single package product, or the sum total of product shipped together in the same package?
In order to verify this information, I would suggest that you consult the UN shipping codes for chlorite solution.
By the way, you forgot to also list that technical grade sodium chlorite can also have sodium carbonate, and sodium sulfate in it as well as the other "impurities" you listed.
You are free to call MMS a 22.4% effective solution with impurities added, but I will bow to the industry standard and simply refer to it as 28%, by weight, technical grade sodium chlorite in solution, and for short, 28% chlorite solution.
You might also want to check in with the American Chemical Society to better understand the nomenclature associated with various chemicals.
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