TAY-K-1563
Images are for representation only. Actual product may differ in size, color or options.
Taylor Drop Test Kit, Nitrite (Sodium Nitrite), Permanganate (using acid sulfate), 1 drop = 100 ppm
Sodium nitrite-based treatments are commonly used to establish a protective film on ferrous metal surfaces in closed cooling water systems and boilers. Cooling water may contain sodium nitrite as high as 1000 ppm, while boiler water may contain up to 1500 ppm.
To reduce treatment program costs, nitrite is often blended with molybdenum in closed cooling water systems. Taylor offers a molybdenum test (K-1805 or K-1805P) for monitoring these systems, but users should be aware levels of nitrite over 800 ppm may negatively interfere with the molybdenum test. In these cases, dilute the sample with demineralized water that is molybdenum- and nitrite-free. Alternatively, you can test the nitrite residual instead, using the K-1563.
Taylor’s drop-count tests for monitoring sodium nitrite use either the permanganate method or the ceric oxidation of nitrite method (commonly called the “CAN” method). In cooling systems treated with glycol antifreeze, the “CAN” method must be used to prevent test interference.
Sodium nitrite-based treatments are commonly used to establish a protective film on ferrous metal surfaces in closed cooling water systems and boilers. Cooling water may contain sodium nitrite as high as 1000 ppm, while boiler water may contain up to 1500 ppm.
To reduce treatment program costs, nitrite is often blended with molybdenum in closed cooling water systems. Taylor offers a molybdenum test (K-1805 or K-1805P) for monitoring these systems, but users should be aware levels of nitrite over 800 ppm may negatively interfere with the molybdenum test. In these cases, dilute the sample with demineralized water that is molybdenum- and nitrite-free. Alternatively, you can test the nitrite residual instead, using the K-1563.
Taylor’s drop-count tests for monitoring sodium nitrite use either the permanganate method or the ceric oxidation of nitrite method (commonly called the “CAN” method). In cooling systems treated with glycol antifreeze, the “CAN” method must be used to prevent test interference.
Analyte | System | Method/Chemistry | Standard/Equivalence or Description | Comparator | Cell |
---|---|---|---|---|---|
Nitrite (Sodium Nitrite) | Drop test | Permanganate (using acid sulfate) | 1 drop = 100 ppm NaNO₂ | NA | 9198R |
Product Type: | Test Kit |
Brand: | Taylor Technologies |
Product Line: | Drop Test |
Class: | Nitrite (Sodium Nitrite) |
Range: | 1 drop = 100 ppm |
Includes: | 1 of the 2102: LABEL, 1 1/16 DIA PMS 485 1 of the 4026: DIPPER SPOON,2 G,WHT 1 of the 4086: STIRRING ROD,5" 1 of the 5043: INSTR,DT,NITRITE,K-1563,D 1 of the 7040K: LABEL,KIARO PRINTER,2.5"X 1 of the 7060: CASE,DT,RIB,11.5X5.125X2, 1 of the 8126: KIMPAC 4.75 X 11 1 of the 9010: PIPET,CAL(0.5&1.0 ML) W/ 1 of the 9198: SAMPLE TUBE,GRAD(25 ML) W 1 of the R-0730-C: PERMANGANATE RGT,DR=100 P 1 of the R-0781-II: ACID SULFATE,50 G |
Notes: | Taylor items have a lead time of 3-15 days. |
Click Here to go to Taylor Technologies web site for additional product information.