Buck5050
Well-Known Member
For the sake of myself trying to understand something I gave the math a go.
VegBloom @4gr/g
8x4x2.64=84.48ppm on the Nitrogen
(5x.43)x4x2.64=22.70ppm for the P
(13x.83)x4x2.64=113.94ppm for the K
Shine @1gr/g
=0 for its N
(22x.43)x1x2.64=24.97ppm for its P
(12x.83)x1x2.64=26.29ppm for its K
Let me know if I screwed it up @FelipeBlu
I understand this is for dry weights only and liquids nutes have specifics. This above numbers are just numbers without the actual analysis there is more to that fertilizer than the NPK. The BE as mentioned above has more than half its P% in sulfur and you wouldn't know that by looking at the front label.
Edit
I found this
VegBloom @4gr/g
8x4x2.64=84.48ppm on the Nitrogen
(5x.43)x4x2.64=22.70ppm for the P
(13x.83)x4x2.64=113.94ppm for the K
Shine @1gr/g
=0 for its N
(22x.43)x1x2.64=24.97ppm for its P
(12x.83)x1x2.64=26.29ppm for its K
Let me know if I screwed it up @FelipeBlu
I understand this is for dry weights only and liquids nutes have specifics. This above numbers are just numbers without the actual analysis there is more to that fertilizer than the NPK. The BE as mentioned above has more than half its P% in sulfur and you wouldn't know that by looking at the front label.
Edit
I found this