Every chemical element in the composition of dosed products for water treatment determines the overall effectiveness of the entire process. We have developed a warehouse programme that includes only those chemical reagents whose action is laboratory-confirmed and whose active substance concentration guarantees a predictable result in water treatment systems.
| Name | Formula | GOST, TU | Order |
|---|---|---|---|
| Aluminum sulfate 18-water pure | Al2(SO4)3 ·18H2O | GOST 3758-75 | Learn more |
| Ammonia water “analytical grade” (25-27%) | NH3 | GOST 3760-79 | Learn more |
| Ammonium chloride 99,5% | (NH4)Cl | GOST 2210-73 | Learn more |
| Ferrum sulfate 9-water | Fe2(SO4)3∙ 9H2O | - | Learn more |
| Hydrogen peroxide | H2O2 | GOST 177-88 | Learn more |
| Soda Ash Technical (Sodium Carbonate) | Na2CO3 | GOST 5100-85 | Learn more |
| Sodium fluorosilicate | Na2SiF6 | TU 113-08-587-87 | Learn more |
| Sodium hexametaphosphate SHMP | NaPO3 | GOST 20291-80 | Learn more |
| Sodium hydroxide (caustic soda) | NaOH | - | Learn more |
| Sodium Sulfite Anhydrous | Na2SO3 | GOST 195-77, amend. 1-2, | Learn more |
| Sodium tripolyphosphate | Na5P3O10 | GOST 13493-86 | Learn more |
| Sulfamic acid | NH2SO3H | TU 2121-083-05800142-2011 | Learn more |
| Trilon B (EDTA Disodium Salt) | for 4Na EDTA - C10H14O8N2Na4*4H2O, for 2Na EDTA - C10H14O8N2Na2*2H2O | GOST 10652-73 | Learn more |
| Trisodium Phosphate Technical | Na3PO4 | GOST 201-76 | Learn more |
To clarify the price and place a request, contact our sales department. We will ensure uninterrupted water treatment with verified chemical reagents.
Water treatment and purification use coagulants, flocculants, acids, alkalis, salts, oxidants and auxiliary reagents. They help adjust pH, remove suspended solids, reduce hardness, bind impurities and prepare water for process, municipal or industrial use.
Selection depends on the composition of the source water, requirements for the treated water, equipment and process scheme. Before purchasing, it’s important to know the pH, hardness, salinity, iron content, organics, suspended particles and other parameters, as well as dosing and storage requirements for the reagent.
If concentration or impurities vary from batch to batch, dosing, reaction speed and treatment quality can all change. For a business, this affects reagent consumption, equipment performance and compliance of the water with regulatory standards, which is why specifications and quality certificates are checked before purchasing.
Boiler houses, heat exchangers and industrial water systems use reagents for softening, pH correction, deposit removal, oxygen binding and equipment protection. The specific composition is selected based on water analysis, system type, temperature regime and operating requirements.
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