East India Chemicals - Products

Item Code: RXSOL-62-5534-001 Offshore Test Kit (Complete Set ) Technical Specifications: Description Unit Qty Ph Paper; Hydrion Dispenser; Ph 10-12;12.5-14 Each 1 Brush; Graduate 1/2 X 8 Inch Each 1 Cylinder; Graduated 10 Ml X 1/10 Ml Glass (Tc) Each 1 Cylinder; Graduated 5 Ml X 1/10 Mil Glass Each 1 Titration Dish; Polyethylene Each 1 Stirring Rod; Polyethylene, 4" Each 2 Glass Tip Syringe; 2 Cc Each 1 Pipet-1 Ml X 1/100 Ml Glass Each 1 Pipet-5 Ml X 1/10 Ml Glass Each 1 Pipet-10 Ml X 1/10 Ml Glass Each 1 Stainless Steel Case For #161-00 Offshore Each 1 Clip; Small Each 1 Spatula Each 1 Corkscrew Each 1 Steel Wool; Pk Of 4 Pads; Grade 000;Extra Fine Each 1 Pipe Cleaner, 3 Mm, 10 Ft Each 1 High Temp Thread Lubricant 1 Oz Tube Never-Seez Each 1 Sieve; 200 Mesh For #167-00 Each 1 Funnel For #167-00 Each 1 Sand Content Tube Each 1 Rxsol Hardness Indicator Solution; 50 Ml Each 1 RXSOL Hardness Buffer Solution 50 Ml Each 1 RXSOL Hardness Titration Solution 1ml-20 Epm;100 Ml Each 1 RXSOL Hardness Titration Solution 1 Ml-2 Epm; 100 Ml Each 1 Deionized Water; 4 Oz Each 2 Potassium Chromate Solution; 2 Oz Each 1 Phenolphthalein Solution; 2 Oz Each 1 Sulfuric Acid N/10; 4 Oz Each 1 Sulfuric Acid N/50; 4 Oz Each 1 Methyl Orange Indicator Solution 2 Oz Each 1 Silver Nitrate Solution.; .001 G; 0.0282n; Each 1 Silver Nitrate Solution.; .01 G; 0.282n; Each 1 Wetting Agent; 1 Oz Each 1 Fl. Oz Natural Boston Round Poly Bottle With Cap Each 1

Item Code: RXSOL-17-1084-030 Rxsol Oil Spill Kit 30 Gallon is the perfect size spill kit for a majority of Oilfield, industrial, retail and marine uses. For small to medium size spill response. The oil-only line of spill kits absorbs hydrocarbons only and repels water, making it great for outside use or marine applications. Contents of 30 Gallon Spill Kit 30 Gallon Poly Drum With Lid 50 Sorbent Pads 4 Sorbent Socks 2 Sorbent Booms 1 Shaker Of Safety Sorb 1 Neoprene Drain Cover 1 Disposable Bag 2 Pair Of Safety Goggles 2 Pair Of Nitrile Gloves

Item Code: RXSOL-62-5519 1) Hardness Test Kit for BOILER : This test measures the amount of soluble calcium and magnesium ions in a mud filtrate. When measured simultaneously, the result is called total hardness. The calcium ion concentration can be determined separately and when it is subtracted from the total hardness, the magnesium ion concentration can then be determined. Different buffer-indicator combinations may be used for these determinations. It is imperative however not to intermix the various buffers and indicators.Application : Direction For use : 1. Take 25 ml of water sample to be tested in the Test jar 2. Add 1 micro spoon full of Reagent RX-TH-1. 3. Mix contents well to dissolve. 4. Add 15 drops of Reagent RX-TH-2 and mix well. 5. If colour turns blue, it indicates there is no hardness in the water. 6. If colour turns red, it indicates there is hardness. 7. Now drop wise add Reagent RX-TH-3 , counting the number of drops while Mixing until the colour changes from RED to BLUE. Reagent RX-TH-4 instead of Reagent RX-TH-3 Calculation : Hardness PPM = RX-TH-3 Number of Drop X 2 Hardness PPM = RX-TH-4 Number of Drop X 5 Part No.: RXSOL-62-5505-001 2) Hydrazine Test Kit Colorimetric Procedure Colorimetric Procedure The objective is to maintain a hydrazine residual between 0.05-0.2 ppm depending on operating pressure and boiler designe. Actual consumption is determined under operating conditions. A normal dosage is approximately 1 ltr. per day, depending of system layout. Hydrazine is a convenient reductant because the by-products are typically nitrogen gas and water. Thus, it is used as an ANTIOXIDANT, an oxygen scavenger, and a corrosion inhibitor in water boilers and heating systems. Hydrazine is mainly used as a foaming agent in preparing polymer foams. No oxygen is entering the boiler with the feed water when hydrazine is present in the water. Directions for use : Based on Colorimetric Procedure 1. Take 5 ml of sample to be tested in the Test jar. 2. Add 40 drop (2ml) of Reagent TK-HZ1. Mix wel 3. Add 2 micro spoon full of Reagent TK-HZ2. Mix well upto provider dissolves Completely. Wait for 10 minutes. 4. Now rinse the empty comparator tobe with above solution and will upto the half level of the comparator tube. 5. Insert this tube in sample slot of comparator. 6. Compare the developed colour with standard comparator colours. 7. Note down the ppm level of Hydrazine as N2H4 Note 1 ::: Studies showed that hydrazine was not stable on the sampling device, therefore, immediate extraction of samples after collection was recommended. Note 2 ::: color is stable for 1 hours. Sample of Hydrazine is Harmful. Handle with due care. All open chemicals should be used only in a fume hood. Avoid any skin contact with all chemicals. Immediately flush contaminated areas with copious amounts of water. Wear safety glasses at all times. Always try to keep HYDRAZINE level at minimum level. As by the decomposition of hydrazine ammonia will be liberated and Ammonia in the presence of oxygen is corrosive to copper and copper alloys. It will be necessary to test the hydrazine residuals in the boiler daily in order to obtain complete protection with minimum doses of hydrazine. If the hydrazine residual in the boiler is over 0.1 PPM, reduce the dosage of hydrazine until the boiler hydrazine residual falls below the recommended maximum of 0.1 PPM. If the hydrazine residual does not immediately drop below the 0.1 PPM level, the boiler should be blowdown to reduce the hydrazine level. New boilers, or those recently open for inspection and repair, may take several weeks to achieve a normal boiler hydrazine residual due to oxides.

Item Code: RXSOL-62-5522-025 1) Palladium Chloride Passivation Test Kit ::: Part No- RXSOL-62-5522-025 The reagent keeps colour on good passivated stainless steel. A black spot will appear when the surface has not been passivated correctly. Various qualities of passivation will give graduations of grey shades, ranging from light (acceptable) to dark (unacceptable). The RXSOL Passivation Test Kit is an easy and economical test kit to determine the Passiveness of austenitic stainless steel. Stainless steel is protected from corrosion by a thin layer that consists mainly of chromium oxide. Oxygen from the atmosphere is normally able to form and maintain this passive layer. Contamination, surface defects and imperfections disturb the formation and repair of the chromium oxide layer and reduce the resistance to severe or local corrosion. Therefore it is very important to test if your stainless steel is still passive to prevent corrosion and damage. The measure of passivation of stainless steel can be determined with a palladium chloride reagent. 2) Ferroxyl Test Kit for free IRON passivation ::: Part No:- RXSOL-62-5522-025 This test kist is specially designed to test of PICKLED staineless steel or to test of presence of embedded iron in the steel surface . Use the “ferroxyl test.” Spray the surface with a solution of potassium ferricyanide. If free iron is present, a blue color will appear. This test is extremely sensitive and often gives false positive results, that is, it gives an indication of iron being present when it really is not. The ferroxyl solution must be made fresh each day. Both the copper sulfate and the ferroxyl tests are described in ASTM A380. It is a very highly sensitive & hazardous test and should be used only when traces of free iron or iron oxide is "objectionable". Personnel familiar with its limitations and hazards should only be permitted to use this test method. The test is based on a reaction of potassium ferricyandide with iron in a strongly acid medium. The excess iron dissolves in this strongly acid medium as ferrous ion to form a blue complex, known as Prussian Blue. When during this test this blue coloration manifests itself it means that the surface of the stainless steel does not yet have the correct structure and has been insufficiently pickled. When the blue coloration does not appear this means that the structure has been restored and indicates that the surface has been satisfactorily pickled. After getting positive result Remove free iron and free iron oxides by using for example, a phosphoric acid solution or Citric acid. 3) Passivity Test Kit for PASSIVATION ::: Part No :- RXSOL-62-5529-001 This kit verifies if the surface is passive and if it will resist oxidation as requested by steel specifications for AISI 300 and 400. It can also be used to quickly separate Series 400 from Carbon steel. This test will give a red/pink result when in contact with Iron. The chemicals used in these tests are not hazardous. But the surface should be carefully rinsed after the test. Apply 1-2 drops of Reagent RXSOL TK-11 to the surface to be inspected and let it react for at least 1 minute. Absorb the drop with the filter paper (supplied) and add 1 drop of Reagent RXSOL TK-12. The paper will remain white if the surface is passive or if the piece is Stainless steel 400 Series. If the paper changes colour to pink it means that the surface is not, more or less, passive. The more pink, the less passive. An intense red colour means that the piece is Carbon steel

Item Code: Rxsol-60-5527-001 This test kist is specially designed to test of PICKLED staineless steel or to test of presence of embedded iron in the steel surface .Use the “ferroxyl test.” Spray the surface with a solution of potassium ferricyanide. If free iron is present, a blue color will appear. This test is extremely sensitive and often gives false positive results, that is, it gives an indication of iron being present when it really is not. The ferroxyl solution must be made fresh each day. Both the copper sulfate and the ferroxyl tests are described in ASTM A380. It is a very highly sensitive & hazardous test and should be used only when traces of free iron or iron oxide is "objectionable". Personnel familiar with its limitations and hazards should only be permitted to use this test method.