Chemical - Information

Comparisons of typical Chemical Analysis Foundry Chemical Analysis
O C M A Chemical Analysis A P I Chemical Analysis
I O P Chemical Analysis
Comparisons of typical Chemical Analysis
Elements Kutch Seabond S & B Greek Wyoming Federal Wyoming Black Hill
S102 45.43 60.83 58.14 66.12
A1203 16.40 17.90 21.73 17.01
FE203 14.05 4.34 2.46 2.46
CAO 1.18 1.90 0.86 1.37
MGO 2.43 2.83 2.42 1.51
K20 0.13 1.98 0.52 0.54
NA20 3.10 2.96 2.08 2.02
TI02 1.86 N/A -- --
920 0.10 0.99 -- --
L.O.I 13.28 6.44 5.30 7.3 moisture% wt--
Total 97.96 100.17 93.51 98.33
Foundry Chemical Analysis
Physical properties Unit Protocol Indounibond Indoexpobond Iindomaxbond Seabond
Base Exchange Capacity meq/100 gms IS 12446:1988 110 110 110 110
Methylene blue value mg of MB/gm IS 12446:1988 400 + 20 420 + 20 420 + 20 420 + 20
Swelling capacity cc IS 12446:1988 30 min 35 min 30 min 35 min
Gelling time sec IS 12446:1988 Instantaneous Instantaneous Instantaneous Instantaneous
Gel formation index ml IS 6186:1986 80 - 90 85 - 95 80 - 90 85 - 95
pH Value pH IS 6186:1986 9.0 - 10.0 9 - 10.2 9.0 - 10.2 9 - 10.5
Liquid Limit ml/100 gms IS 12446:1988 800 min 830 min 830 min 850 min
Green compressive  psi IS 12446:1988 12 12.5 13 12
Strength using 40/60             
sand in the ratio 10:4 (B:W)            
Wet tensile strength (10:4 = B:W) N/cm2 IS 12446:1988 0.20 - 0.25 0.25 - 0.30 0.20 - 0.25 0.30 - 0.35
Sieve analysis (WET)   IS 6186:1986        
Passing 100 mesh %   99 min 99 min 99 min 99 min
Passing 200 mesh %   90 min 90 min 90 min 90 min
O.C.M.A Specifications (Oil Companies Material Association)
O.C.M.A  Parameters
PORPERTIES UNIT REQUIRED KM's INDOGEL RESULT
YIELD:
YIELD OF A 15 CP.
APPARENT VISCOSITY,
BENTONITE/DISTILLED
WATER SUPPLY
bbls/short ton (2000 lbs) 90 min 117.00
FLUID LOSS:
API FLUID LOSS OF A
SLURRY CONTAINING 7.5
GMS BENTONITE IN 100 MLS
DISTILLED WATER
mls 15 max 14 mls
MOISTURE CONTENT: % by wt. 13 max 11.40%
SAND CONTENT % by wt. 2.5 max 1.60%
DRY SCREEN ANALYSIS
(THRU US STANDARD SIEVE NO. 00)
% by wt. 98 min 99.8%
KM's API Bentonite Specification
Description Polymer Extended KM Bentonite
Application Recommended for oil well drilling, slurry trenching, pond sealing and most other civil engineering applications.
Typical Yield KM DADA Gel will yield 91 barrels (minimum) of API fluid to one ton of material
Specifications
SPECS TYPICAL ANALYSIS API SPECS
Fann @ 600 rpm 35 - 40 30.00
Fann @ 300 rpm 25 - 30 15 max
Plastic Viscosity 10 13 max
Yield Point/Plastic 1.5 - 2.0 3 Maximum
Viscosity Ration - -
Filtrate 13.5 ml. 15.0 Maximum
Dry Sieve Analysis 78% - 80% (-200 Mesh) -
Wet Sieve Analysis 2.5% - 3.0% 4.0 Maximum
Moisture 7.0% - 9.0% 10.0% Maximum
pH (6.0% solution) 8.5 - 9.5  
NOTE:  This product has been treated with a small amount (0.25%) of non toxic polyacrylate polymer to strengthen the viscosity of the bentonite.  Please write or call if further information is needed on this.

Testing conforms to API specification 13A, Section 4.

The information contained herein is based on tests believed to be reliable, however no warranty is implied.
NONTREATED API Bentonite Specification
Description NONTREATED  KM Bentonite
Application Recommended for oil well drilling, slurry trenching, pond sealing and most other civil engineering applications..
Typical Yield KM DADA Gel will yield 91 barrels (minimum) of API fluid to one ton of material
Specifications
SPECS TYPICAL ANALYSIS API SPECS
Fann @ 600 rpm 35 - 40 30.00
Fann @ 300 rpm 25 - 30 15 max
Plastic Viscosity 10 13 max
Yield Point/Plastic 1.5 - 2.0 3 Maximum
Viscosity Ration - -
Filtrate 13.5 ml. 12.5 Maximum
Dry Sieve Analysis 78% - 80% (-200 Mesh) -
Wet Sieve Analysis 2.5% - 3.0% 4.0 Maximum
Moisture 7.0% - 9.0% 10.0% Maximum
pH (6.0% solution) 8.5 - 9.5  
The information contained herein is based on tests believed to be reliable, however no warranty is implied.
Iron Ore Pelletizing (Taconite Pelletizing)
Moisture 12%
PhValue 8% - 10%.
Swelling 30% -33%
Liquid Limit 650% - 700%
Gel Index 85% - 90%
Passing Through 200Mesh 90%
Methylene Blue Test Upto 440%
Active Clay 87%