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TPTZ method is most common method for low range Iron determination from the sample.
TPTZ method is most common method for low range Iron determination from the sample. Chemicals full name 2,4,6- Tris-(2’ - Pyridyl )-s-Triazine ( TPTZ ) or also can be use like 2,4,6-Tripyridyl-s-triazine
The test may be utilized to monitor the effectiveness of corrosion mitigation programs and to keep track of general corrosion within a fire sprinkler system.
Ferrous iron is oxidized to ferric iron, causing a red appearance in the water within the test ampoule. The degree of redness is a direct relationship to the amount of dissolved iron within the sample water. Dissolved iron is a good indication of the general occurrence of total corrosion occurring within a fire sprinkler system.
2,4,6- Tris-(2’ - Pyridyl )-s-Triazine ( TPTZ )
or also can be use like 2,4,6-Tripyridyl-s-triazine
Solution of (TPTZ), .001 M were prepared by dissolving 0.312 gram of compound in a view drops of hydrochloric acid and diluting to 1 ltr with water.
2,4,6-Tripyridyl-s-triazine
Solution of (TPTZ) is useful for the calorimetric determination of iron. The Intense violet colour formed by TPTZ with iron(II) is due to the ion {Fe(TPTZ)2}+2, with only two of the three pyridyl group of each TPTZ ligand attached to the Iron atom.
This reagent is also used for determination of iron in silicates, burnt refractories, and limestone etc
TPTZ Iron Reagent Powder Packs
Our Powder Reagents are suitable to use in IRON test kits.
Reagents are easy to use — Simply use our micro spoon for Powder Pack and pour the reagent into the sample.
Easy to Handle
The fast and easy use of Powder has made them extremely popular for water testing applications in many countries throughout the world.