Seems short on N to what the 1 part is. I am running about equal parts and plants seem lighter green. Not using their brand cal-nit but I would rather be a little shy on N. I am making up the calcium with pickle crisp. What I cant quite place is the difference in iron? When I was looking at the maths it seems as if there is some iron impurity in their cal-nit?GLN says 1.5:1 A:B 2 part is closest to the 1 part
I was using about 210g of the 1 part and it would be about 1.6EC and I haven’t used more than 190g of the 2 part because 190g is 1.7ECLet's not rely on my memory, checked the labels and though the discrepency is with iron it is more than 2x the m/v in the 2part than it is in the 1 part.
I can't run over 1.6EC without some issues pushing through but that's with BudExplosion added in. Base mix with the 2-part is best for me at 1.4I was using about 210g of the 1 part and it would be about 1.6EC and I haven’t used more than 190g of the 2 part because 190g is 1.7EC
Oh man, gotta get you over to using the EC scale. But that is 800ppm on the 500 scale I believe.1.6 on the 500 or 700 scale?
This is where talking in ppm is easier for me.
What ratio a:b do you use?I can't run over 1.6EC without some issues pushing through but that's with BudExplosion added in. Base mix with the 2-part is best for me at 1.4
Oh man, gotta get you over to using the EC scale. But that is 800ppm on the 500 scale I believe.
You don't when using EC at that scale but it can. Meters can display EC as a whole number 1.4 = 1400. PPM meters are using what they display calculating from the electrical conductivity of the water and then display it as a number depending on the scale( 500 or 700). Why not use the actual electrical conductivity that the PPM meter is using as your guidance.Most of my con
If the plant eats 50ppm how do you see that on EC scale?
Resolution. When I was trying to get 30+ days on a res change. As @dstroy0 has pointed out one flaw with that is accounting for root exuduates.You don't when using EC at that scale but it can. Meters can display EC as a whole number 1.4 = 1400. PPM meters are using what they display calculating from the electrical conductivity of the water and then display it as a number depending on the scale( 500 or 700). Why not use the actual electrical conductivity that the PPM meter is using as your guidance.
I believe it's more like a 1:2The way I understand it is 500 is the 1 to 1 ratio 700 was set up for drinking water quality to base off CaCO ??
5001.6 on the 500 or 700 scale?
This is where talking in ppm is easier for me.
Most of my con
If the plant eats 50ppm how do you see that on EC scale?