To avoid corrosion damage and scale deposits on heat exchange surfaces, it is necessary to select proven boiler reagents. A correctly chosen reagent for boiler washing and subsequent cleaning reduces fuel consumption, extends the interval between repairs and keeps the heat transfer coefficient at the design level. We ship compositions with confirmed characteristics, suitable both for daily corrective treatment and periodic chemical cleaning.
| Name | Formula | GOST, TU | Order |
|---|---|---|---|
| Ammonia water “analytical grade” (25-27%) | NH3 | GOST 3760-79 | Learn more |
| Borax 5-Water (sodium tetraborate pentahydrate) | Na2B4O7 ·5H2O | GOST 8429-77 | Learn more |
| Citric acid monohydrate | С6Н8О7 х Н2О | - | Learn more |
| Oxalic acid | C2H2O4 | 2431-001-55980238-02 | Learn more |
| Phosphoric Acid 73% | H3PO4 | GOST 10678 -76 изм. 1, 2 | Learn more |
| Soda Ash Technical (Sodium Carbonate) | Na2CO3 | GOST 5100-85 | 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 |
| Technical Powdered Lignosulfonate | - | TU 2455-028-00279580-2014 | 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 |
Reagent treatment of boilers is divided into two key operations: daily dosing and periodic chemical cleaning.
To clarify the current price and arrange shipment, contact the sales department. We will select the optimal set of chemicals for your specific boiler type.
Boiler flushing uses acids, alkaline components, chelating agents, corrosion inhibitors and auxiliary substances that help remove scale, salt deposits, rust and process contamination. The formulation is selected according to the type of deposits and the equipment material.
First, the composition of the deposits, the heat-exchange surface material, temperature, available flushing regime and safety requirements are determined. When purchasing, reagent concentration, metal compatibility, availability of documentation, packaging and the ability to supply the required volume are all important.
Different systems have different deposits, materials and operating regimes. An unsuitable reagent may fail to remove scale effectively or create a corrosion risk, so industrial flushing needs to take into account deposit analysis, process engineer recommendations and equipment manufacturer requirements.
Typically a quality certificate, specification, safety documentation and batch information are required. For contractors and industrial facilities, storage recommendations, equipment compatibility and the ability to confirm the composition during incoming inspection are also important.
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