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AQUASOL are complete systems available in one package, for reliable testing. Any time… Anywhere… You will believe AQUASOL, the more you use it. |
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Simple, easy to follow procedures, Anytime… Anywhere…
The AQUASOL systems are extremely simple and easy to use. You neither have to be a trained chemist nor need to have experience to get reliable results from there systems. AQUASOL makes monitoring convenient and quick. Thus preventive action can be taken immediately. |
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Based on proven laboratory methods backed by sound chemical research
AQUASOL are systems based on standard and established analytical methods, backed by chemical research. These are simple adaptations of classic chemical analytical methods. The analytical methods are based on standard methods for examination of water and waste water prepared by American Public Heath Association (APHA), American Water Works Association (AWWA), different pharmacopoeias and other standard methods. |
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Rapid, accurate and reliable results are achieved
You can have complete confidence in the results you obtain from AQUASOL, as they are extremely reliable. AQUASOL systems replace conventional analytical methods such as Titrimetric, Colorimetric and Spectrophotometric by simple Drop test & standard colour comparison methods. |
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Low cost, user friendly, compact and portable systems
The AQUASOL reagents are completely ready to use, conveniently packed, and therefore user friendly. Our drop count procedures and suitable colour comparisons are indeed economical. |
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AQUASOL gives you freedom from the need of a laboratory, trained manpower and laborious processes involved |
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AQUASOL systems are extremely convenient, and free you from the tedium of the laboratory, while saving precious time. Now you do not have to brother about reagent preparations and standardization. Therefore AQUASOL systems have been designed especially for you, who require accuracy of the highest standards. |
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| THE AQUASOL RANGE |
| CODE |
Parameter |
Range |
Average No.of Tests |
Suitable for |
| Drop Tritrations |
AE- 201 |
Total Hardness(LC * 2 & 5 mg/l) |
2-40, 5-100 mg/l as CaCO3 |
300 |
Boiler / Cooling water, Sugar, Textile, Pulp & Paper, Metal working fluids |
AE- 211 |
Total Hardness(LC * 2 & 25 mg/l) |
2-40, 25-500 mg/l as CaCO3 |
300 |
AE- 221 |
Total Hardness (LC * 2 & 5 mg/l) |
5-100, 25-500 mg/l as CaCO3 |
300 |
AE- 202 |
Calcium Hardness |
5-100 mg/l as CaCO3 |
250 |
Boiler / Cooling water, Soft water, Poultry |
AE- 203 |
Chloride |
5-100, 50-1000 mg/l as Chloride |
300 |
Cooling / Boiler water, Equine breeding, Poultry |
AE- 204 |
Alkalinity |
10-200, 100-2000 mg/l as CaCO3 |
300 |
Boiler / Cooling water, Process Water, Poultry, Textile, Sugar, Construction, Swimming pools |
AE- 205 |
Free Chlorine |
0.1-2.0 mg/l as Chlorine |
300 |
Cooling water, Poultry, Swimming pools, Process water, Waste water, Pulp & Paper |
AE- 206 |
Sulphite |
5-100 mg/l as Na2So3 |
250 |
Boiler water, Process water |
AE- 207 |
Nitrite |
5-100, 50-1000 mg/l as NaNo2 |
250 |
Close recirculating systems, Engines, Pharmaceuticals |
AE- 208 |
Chromate (Hexavalent) |
5-100, 50-1000 mg/l as Chromate |
200 |
Cooling water, Recovery systems Electroplating bath |
AE- 209 |
Sulphate |
5-100, 50-1000 mg/l as Sulphate |
150 |
Boiler / Cooling water, Sugar, Textile, Construction, Process water |
AE- 210 |
Fluoride |
0.1-2.0, 0.45-9.0 mg.l as Fluoride |
300 |
Drinking water - Defluoridation plant |
| Colour Comparisons |
AE- 301 |
Orthophosphate(High level) |
5, 10, 20, 30, 40, mg/l as PO4 |
50 |
Boiler / Cooling water, Cane juice, Soft water, Poultry |
AE- 311 |
Orthophosphate(Low level) |
0.5, 1.0, 2.5, 5.0, 7.5, 10.0 mg/l as PO4 |
400 |
Boiler / Cooling water, Poultry |
AE- 302 |
Silica |
10, 20, 30, 40, 60, 80, mg/l as SiO2 |
50 |
High pressure Boiler water |
AE- 303 |
Iron |
0.1, 0.2, 0.3, 0 .4, 0.7, 1.0 mg/l as Iron |
50 |
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AE- 304 |
Hydrazine |
0.1, 0.2, 0.3, 0 .4, 0.5, 0.75 mg/l as Hydrazine |
40 |
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