410981 *6/ pack *12/ case
410991 *6/ pack *12/ case
411001 *6/ pack *12/ case
411011 *4/ case *8/ load
411021 *2/ case *4/ load
411031 *2/ load *4/ load
411041 *2/ skid *4/ skid
411051 *2/ skid *4/ skid
411061 *2/ load *3/ load
🔆
68
63
45
36
29
25
22
16
13
.18
.42
.33
.20
.92
.55
.50
.40
.49
258
240
171
137
113
96
85
62
51
.08
.08
.60
.04
.27
.73
.18
.09
.05
💧
65
62
36
36
28
24
21
16
13
.45
.15
.27
.20
.87
.72
.94
.30
.46
247
235
137
137
109
93
83
61
50
.76
.28
.28
.04
.27
.56
.04
.69
.93
🍅
52
48
34
29
24
20
18
16
13
.36
.48
.45
.86
.53
.71
.05
.19
.42
198
183
130
113
92
78
68
61
50
.21
.52
.42
.04
.87
.39
.31
.29
.82
🌱
You've given your plants the best environment, and you feed them nutrients especially designed for hydroponics.
Now you're interested in reports that vitamins make your plants stronger, more productive and bigger-yielding.
To find out exactly how vitamins help your plants grow and produce better, scientists test identical clones side by side in identical systems. The clones are fed the same diet, except that half of the clones receive a vitamin that the other clones do not receive.
Both sets of clones are closely monitored during growth and after harvest. Scientists take plant tissue samples to measure plant metabolism, nutrient absorption, and overall plant health.
Total yield size, quality and essential oil content are also measured. Using statistical analysis and other criteria, scientists determine if the vitamin had any effects, and if so, what those effects are.
Please focus on the test results closely, because you'll discover how B vitamins make your plants stronger, safer and more productive
