Product analyses are typical as tested on
a composite sample. Grab samples or individual shipment analyses
may vary from typical values. Handling and transportation may
affect analysis of the delivered product.
K-MAG Granular Specifications:
0-0-22
CHEMICAL ANALYSIS
Component
Symbol
Typical (%)
Guarantee (%)
Potassium Oxide
K2O
22.1
22.0 min.
Potassium
K
18.3
Calcium
Ca
0.2
Sodium
Na
0.3
Magnesium
Mg
11.3
10.8 min.
Sulfur
S
22.4
22.0 min.
Chloride
Cl
1.5
2.5 max.
Water Insoluble
-
1.0
Moisture (105°C)
H2O
0.05
Physical Properties
Typical
Bulk Density, loose lb/cu
foot
94
kg/cu meter
1506
Angle of repose (degrees)
37
OTHER SIZING CHARACTERISTICS
Parameter
Typical
Size Guide
Number (SGN)
250
Uniformity Index (UI)
33
PARTICLE SIZE DISTRIBUTION CUMULATIVE %
Tyler Mesh
U.S. Mesh
Opening (mm.)
Typical Range
Typical
6
6
3.350
20-30
25.0
8
8
2.360
45-60
55.0
10
12
1.700
75-85
80.0
14
16
1.180
96-99
97.5
20
20
0.850
98-100
99.0
Product analyses are typical as tested on a composite sample.
Grab samples or individual shipment analyses may vary from typical values.
Handling and transportation may affect analysis of the delivered product.
K-MAG Standard Specifications: 0-0-22
CHEMICAL ANALYSIS
Component
Symbol
Typical (%)
Guarantee
(%)
Potassium Oxide
K2O
22.1
22.0 min.
Potassium
K
18.3
Calcium
Ca
0.1
Sodium
Na
0.3
Magnesium
Mg
11.3
10.8 min.
Sulfur
S
22.5
22.0 min.
Chloride
Cl
1.4
2.5 max.
Water Insoluble
-
1.0
Moisture (105°C)
H2O
0.05
Physical Properties
Typical
Bulk Density, loose lb/cu
foot
91
kg/cu meter
1458
Angle of repose (degrees)
34
OTHER SIZING CHARACTERISTICS
Physical Properties
Typical
Size Guide
Number (SGN)
85
Uniformity Index (UI)
15
PARTICLE SIZE DISTRIBUTION CUMULATIVE %
Tyler Mesh
U.S. Mesh
Opening (mm.)
Typical Range
Typical
10
12
1.700
0-5
1
14
16
1.180
4-20
13
20
20
0.850
20-65
41
28
30
0.600
40-85
65
35
40
0.425
65-95
81
48
50
0.300
80-95
90
65
70
0.212
90-100
96
Product analyses are typical as tested on a composite sample.
Grab samples or individual shipment analyses may vary from typical values.
Handling and transportation may affect analysis of the delivered product.