Resin and filter media product guide

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Guide to Selecting Tulsimer Ion Exchange Resins – China’s Exclusive Agent: 139-170-47-856 (same number on WeChat), Manager Zhu. Resin classifications, functions, and model numbers: Mixed-bed resins for high-purity water production, descaling, and removal of calcium and magnesium; (anion resins, cation resins, suitable for power plants and nuclear power plants). Advanced nuclear-grade homogeneous mixed-bed resins (T-42H, A-23CL, T-42MP, A-21MP). Polishing resins for ultra-pure water production: MB-106UP. Polishing resins for ultra-pure water with a resistivity of over 17.5 MΩ·cm: MB-115. Chelating resins for removing heavy metals such as copper, nickel, lead, zinc, cobalt, manganese, calcium, and magnesium: CH-90. Chelating resins for removing calcium and magnesium from brine: CH-93. Resins for recovering silver cyanide, gold cyanide (Au(CN)2–), etc.: A-21S. Resins for recovering acids such as hydrochloric acid, sulfuric acid, nitric acid, and hydrofluoric acid: A-853E. Resins for recovering acetic acid: A-5X MP. Resins for recovering perfluorooctanoic acid: A-107. Resins for removing ammonia nitrogen: T-42. Resins for removing COD: A-722MP. Resins for removing bitterness and acidity from juices: A-2XMP. Resins for absorbing phenols, surfactants, chlorinated hydrocarbons, etc.: ADS600. Chelating resins for recovering copper and nickel: CH-90Na. Resins for removing trivalent chromium ions: T-52H. Resins for removing hexavalent chromium ions: A-21S. Resins for purifying chromic acid and removing heavy metals such as copper and nickel from cobalt solutions: CH-27. Resins for removing phosphorus: A-107. Resins for removing nitrates, nitrites, bromine, and arsenic: A-62 MP. Resins for removing boron ions: CH-99, CH-99FM. Chelating resins for removing copper but not palladium: CXO-18. Alkali-removing and descaling resins; weakly acidic cation exchange resins: CXO-12MP, CXO-9H. Resins for removing mercury, a heavy metal: CH-95, CH-97. Resins for removing fluoride ions: CH-87, CH-32. Resins for recovering silver by absorbing silver ions: CAG-47. Resins for removing aluminum ions: T-62MP. Catalyst resins; solid alkali catalyst resins: A-8X MP. Resins for nuclear power plants; polishing resins: MB-106, T-46Li/H, A-33 OH. Decolorizing resins for sugar decolorization and monosodium glutamate decolorization: A-30 MP, A-72MP. In the petrochemical industry, resins for removing acid from circulating water: T-56, A-8X MP. Adsorption resins for absorbing hydrogen: ADS-600. Resins for refining caprolactam: A-2313, T-5213. Solid acid catalyst resins for synthesizing camphor oil and isobornyl acetate: T-66MP. Catalysts for synthesizing biodiesel: T-63MP. Resins for purifying biodiesel: T-45BD. Resins for hydrometallurgy, for absorbing molybdenum and rhenium: RCX-5143. Resins for absorbing gallium: CH-920Ga. Resins for recovering silver: A-21S. Resins for removing arsenic and molybdenum: ARSENIL. Resins for removing molybdenum from drinking water: A-722. Chelating resins for alkali removal, softening, and removal of heavy metals: CXO-12MP. Resins for removing iron ions: T-IRR. Resins for removing impurities from gelatin: T-42MP. Resins for removing bitterness and acidity from juices: A-2X MP. Macroporous adsorption resins for absorbing and extracting xylitol: A-15MP. Resins for absorbing and purifying amino acids: ADS-600. Resins for absorbing stevioside, etc.: ADS-750. Resins for absorbing and purifying antibiotics: ADS-800. Resins for extracting heparin sodium: A-722MP. Cholesterol-lowering agents: Tulsion®412. Guide to selecting filter media imported from Vogt Germany. Filter media classifications, functions, and model numbers: KL filter media for filtering suspended solids, sediments, turbidity, organic matter, color, odor, iron, manganese, hydrogen sulfide, arsenic, radium, heavy metals, and radioactive isotopes; no aeration required during operation, and no chemicals needed for backwashing and regeneration. (Katalox Light ®) KL CC filter media – an adsorptive filtering medium used to capture pollutants and harmful metals; it removes arsenic/barium/boron, chromium (hexavalent)/copper, cyanides/cobalt/fluorine/lead, molybdenum/mercury/nitrate, nickel/selenium/tin. CATALYTIC-CARBON INSTANTOXYDES ® disinfectant – a food-grade disinfectant that can easily remove the following substances: it is used for disinfecting dental water systems and oral hygiene equipment, as well as E. coli, Staphylococcus aureus, hepatitis bacteria, and all types of biofilm-forming bacteria. INSTANTOXYDES ® disinfectant. FERROLOX® – used for phosphorus removal; 1) in membrane technology bioreactors, 2) for purifying drinking water or groundwater, 3) for treating industrial wastewater. 4. Processing accuracy of below 0.05 mg/l. FERROLOX® Phosphorus Removal SP3 is a material that can improve scale prevention efficiency without the need for regeneration or any chemical agents. It participates in the reaction and converts hardness into ineffective and harmless crystals. A 3L filter medium can treat 1 ton of water per hour; with 24 hours of operation, it can remain in use for over 3 years. SP3 is a powerful oxidizing agent from Germany; the RdeOxy RedOxy system represents a new type of oxidant that was developed to avoid the use of substances such as chlorine and ozone. All components in RedOxy are 100% biodegradable oxidant products. Ferrate molecules precipitate from the solution in the form of iron hydroxide, and at the same time begin to collect and adsorb anions and cations in the water. RedOxy treatment capabilities: removal of metal cations, removal of anions, oxidation (of inorganic/organic pollutants), disinfectants and oxidants, treatment of endocrine disruptors, drugs, pesticides, etc. Red oxygen RdeOxy – filter media for removing ammonia nitrogen; Crystolite – filter media for removing ammonia nitrogen in high-salinity water; Filter media for removing arsenic; High-exchange-capacity media for drinking water, used to remove arsenic, lead, radium, molybdenum, selenium, uranium, etc.; Titansorb