S
SeaMaiden
Correct about the EC, scales and conversions. The issue is that you may be trying to measure organic molecules that have differing levels or amounts of conductivity. That's what I was aiming at--the inability to know that you're gauging accurately here, specifically because organic molecules are included in that coconut 'water.'
My mother has tried to help me get different nutritional information for various types of sugars, and since that is done only to be in compliance with the USDA/FDA, manufacturers only do what is required (in terms of testing and reporting). EG; malted barley extract. Can't find much in the way of complete nutritional information on it. I do know that it also causes rather wild EC readings, and again I'm presuming it's the sugars. For that, I think the best tool to measure would be a refractometer.
Now I'm suddenly curious about the Brix reading of coconut water....
What brand is your EC meter, by the way? Asking since it can read such a large range, and mine doesn't.
My mother has tried to help me get different nutritional information for various types of sugars, and since that is done only to be in compliance with the USDA/FDA, manufacturers only do what is required (in terms of testing and reporting). EG; malted barley extract. Can't find much in the way of complete nutritional information on it. I do know that it also causes rather wild EC readings, and again I'm presuming it's the sugars. For that, I think the best tool to measure would be a refractometer.
Now I'm suddenly curious about the Brix reading of coconut water....
What brand is your EC meter, by the way? Asking since it can read such a large range, and mine doesn't.