Analytical Data
|
Typical
Values |
Max
Values |
Analytical Methods |
Particle size(mm) |
0-12 |
12 |
millimeters |
Convertional Moisture at
110°C(%) |
1-3 |
3 |
ISO 2483-1973 "Determination of the loss mass at
110°C" |
Insoluble matter in water
(% dry basis) |
0.02
|
0.05 |
ISO 2479-1972 "Determination of matter ins oluble in
water or in acid and preparation of principal solution
for the other determination." |
Insoluble matter in HCI
1M (% dry basis) |
<0.01
|
≤0.03 |
ISO 2479-1972 "Determination of matter ins oluble
in water or in acid and preparation of principal solution for
the other determination." |
pH (Aquesous solution
100g/I) |
7.5
|
7.0/8.0 |
Potentiometry the determination must be performs within
30 minutes fromthe preparation of the solution. |
Calcium water soluble
(%dry basis)
|
0.23 |
0.30 |
ISO 2482-1973 "Determination of Calcium and
magnesium content - EDTA complexometric methods." |
Magnesium water
soluble (%dry basis)
|
0.08 |
0.15 |
ISO 2482-1973 "Determination of Calcium and
magnesium content - EDTA complexometric
methods." |
Sulphate water soluble
(%dry basis)
|
0.8 |
1.0 |
ISO 2482-1973 "Determination of sulphate content -
Barium Sulphate gravimetric method." |
Potassium water soluble
(%dry basis)
|
0.02 |
0.05 |
Determination of Potassium content by Atomic
Absorption Flame Emission Spectrophotometer
|
Sodium Chloride
Content (%dry basis)
|
97-99 |
99 |
CX STAN 150-1985, Rev.1-1997 Amed. 1-
1999,Amed. 2-2001. (indirect calculation) "This
method allows the calculation of sodium chloride
content on the basis of thr result of the detemination
of sulphate , calcium and magnesium ,
potassium,matter insoluble in water and loss on
drying." |
