Quick Search
Troclosene sodium is a solid chlorine bleaching agent generally used as an alternative to sodium hypochlorite for water treatment.
Troclosene sodium, also known as sodium dichloroisocyanurate, sodium dichloroisocyanurate, dichloroisocyanuric acid sodium salt, and sodium dichloro-s-triazinetrione, is an organochlorine compound widely used as a source of available chlorine for disinfection and sanitation.
Troclosene sodium has the molecular formula C₃Cl₂N₃NaO₃ and a molecular weight of approximately 219.94 g/mol, while its chemical structure consists of a dichloroisocyanurate anion associated with a sodium ion.
CAS Number: 51580-86-0
Molecular Formula: C3H4Cl2N3NaO4
Molecular Weight: 239.97
EINECS Number: 610-700-3
Synonyms: SODIUM DICHLOROISOCYANURATE, Dikonit, Simpla, 2893-78-9, Troclosene sodium, Caswell No. 759, Fi Clor 60S, Sodium dichlorocyanurate, Dichloroisocyanuric acid, sodium salt, Sodium dichlorisocyanurate, Dichloroisocyanuric acid sodium salt, Dichloroisocyanurate sodium, ACL 60, CCRIS 4788, CDB 63, HSDB 4235, NCI-C55732, EINECS 220-767-7, UNII-07M9U9U0LK, Actisept, Clearon, EPA Pesticide Chemical Code 081404, Sodium dichloro-s-triazinetrione, Sodium troclosene, Neochlor 55, Sodium salt of dichloro-s-triazine-2,4,6-trione, 07M9U9U0LK, s-Triazine-2,4,6(1H,3H,5H)-trione, 1,3-dichloro-, sodium salt, NaDCC, DICHLOROSAN, Actisan, Prisept, Crente, Basolan DC, Fi Clor Clearon, Izosan G, CDB Clearon, Clearon CDB, DTXCID504994, Oniachlor 60, Neochlor 60P, TROCLOSENE SODIUM (MART.), Oxidan DCN/WSG, Surchlor GR 60, Clearon CDB 56, Hi-Lite 60C, Hi-Lite 60G, Hi-Lite G 60GW, SDIC 60P, Klorsept, EfferCept, ACL 56, Triclosene sodium, EfferCept SG, Troclosene sodique, Sterilization Water, RefChem:66985, SALUT sterilization water, dichloro-s-triazinetrione sodium, Dicloroisocianurato sodico dihidrato, USEPA/OPP Pesticide Code: 081404, Sal de sodio del acido dicloroisocianurico, Dichloro-cyanuric acid, sodium salt, dihydrate, Dichloro-s-triazine-2,4,6-trione; sodium salt, SODIUM DICHLORO-S-TRIAZINETRIONE AND DIHYDRATE, Sal de sodio del acido dicloroisocianuratico dihidratada, Sodium-1,3-dichloro-1,3,5-triazine-2,4-dione-6-oxide, 1,3-Dichloro-s-triazine-2,4,6(1H,3H,5H)trione sodium salt, 1,3,5-TRIAZINE-2,4,6(1H,3H,5H)-TRIONE, 1,3-DICHLORO, SODIUM SALT, SODIUM DICHLORO-S-TRIAZINETRIONE, (DRY, CONTAINING > 39% AVAILABLE CHLORINE), 220-767-7, Dichloro-s-triazinetrione sodium salt, DTXSID3024994, sodium 3,5-dichloro-2,4,6-trioxo-1,3,5-triazinan-1-ide, 1,3,5-Triazine-2,4,6(1H,3H,5H)-trione, 1,3-dichloro-, sodium salt, Dimanin C, sodium 1,5-dichloro-4,6-dioxo-1,4,5,6-tetrahydro-1,3,5-triazin-2-olate, SDIC, OCI 56, 1-Sodium-3,5-dichloro-s-triazine-2,4,6-trione, Sodium salt of dichloro-s-triazinetrione, CP 17254, Isocyanuric acid, dichloro-, sodium salt, Dichlorocyanuric acid, sodium salt, Klorsept (TN), MFCD00006036, 1-Sodium-3,5-dichloro-1,3,5-triazine-2,4,6-trione, Dichlorosymtriazine-2,4,6(1H,3H,5H)trione sodium derivative, 1,3,5-Triazine-2,4,6(1H,3H,5H)-trione, 1,3-dichloro-, sodium salt (1:1), C3Cl2N3NaO3, SCHEMBL28347689, MSFGZHUJTJBYFA-UHFFFAOYSA-M, s-Triazine-2,4,6(1H,3H,5H)-trione, dichloro-, sodium salt, AKOS015955492, D08651, sodium;1,3-dichloro-1,3-diaza-5-azanidacyclohexane-2,4,6-trione, 1,3,5-Triazine-2,4,6-(1H,3H,5H)-trione,1,3-dichloro-,sodiumsalt,dihydrate;1,3,5-triazine-2,4,6(1h,3h,5h)-trione,1,3-dichloro-,sodiumsalt,dihydrate;dichloroisocyanuratedesodiumdihydrate;Sodium Dichloro-s-triazinetrione Dihyd;sodium 1,5-dichloro-4,6-dioxo-1,4,5,6-tetrahydro-1,3,5-triazin-2-olate;Dichloroisocyanuric acid dihydrate sodium salt;SodiuM Dichloroisocyanurate (SDIC) Dihydrate 56%;DICHLOROISOCYANURIC ACID SODIUM SALT DIH
Troclosene sodium is commonly supplied as a white solid with a characteristic chlorine or bleach-like odor and readily mixes with water, where it provides active chlorine species for antimicrobial treatment.
Troclosene sodium belongs to the chlorinated isocyanurate family, a group of compounds designed to provide a controlled source of available chlorine.
Troclosene sodiums synonyms include NaDCC, sodium troclosene, sodium dichlorocyanurate, and dichloroisocyanuric acid sodium salt, which may appear in technical documents, regulatory records, and commercial product specifications.
The distinction between anhydrous troclosene sodium and troclosene sodium dihydrate is important because the two forms have different molecular formulas, molecular weights, and CAS numbers.
The anhydrous compound has a molecular formula of C₃Cl₂N₃NaO₃, whereas the dihydrate contains two molecules of crystallization water and is represented as C₃H₄Cl₂N₃NaO₅.
The anhydrous form has a molecular weight of approximately 219.94 g/mol, while the dihydrate has a molecular weight of approximately 255.97 g/mol.
These differences should be considered when calculating active-chlorine concentration, formulation quantities, molar concentrations, and dosing requirements.
Troclosene sodium is structurally based on a 1,3,5-triazine-2,4,6-trione ring, with two chlorine atoms attached to the nitrogen atoms of the isocyanurate structure.
Its systematic name is sodium 1,5-dichloro-4,6-dioxo-1,3,5-triazin-2-olate, reflecting the sodium salt form of dichloroisocyanuric acid.
This molecular arrangement allows the compound to function as a stabilized chlorine donor rather than behaving simply as a source of free chlorine gas.
When troclosene sodium dissolves in water, it generates available chlorine, principally through the formation of hypochlorous acid and related chlorine species.
The balance between hypochlorous acid and hypochlorite depends strongly on the pH of the solution, which means that water chemistry can significantly influence the disinfecting performance of the product.
This chemistry is central to its use in water treatment, surface sanitation, and other applications where reliable antimicrobial activity is required.
Troclosene sodium is particularly valued because it combines solid-state stability with water-soluble chlorine release, making transportation, storage, dosing, and preparation easier than handling many liquid chlorine products.
Its solid form can be manufactured into powders, granules, tablets, or other controlled-dose preparations depending on the intended application.
This flexibility has contributed to its widespread use in disinfection products for water treatment, sanitation, and institutional hygiene.
Troclosene sodium is also recognized as a biocidal active substance, with regulatory records identifying it for use in product type 5 applications associated with drinking-water disinfection.
Regulatory assessment distinguishes the substance from its dihydrate form, and both chemical identity and regulatory status should therefore be checked against the exact grade and formulation being supplied.
For commercial applications in Europe, the relevant regulatory classification should be considered alongside the technical specification of the material.
Troclosene sodium's chlorine-donor behavior makes it suitable for applications requiring oxidizing and antimicrobial treatment, particularly where microorganisms must be controlled in aqueous systems.
Its effectiveness is influenced by factors including pH, organic load, contact time, temperature, and the concentration of available chlorine.
Consequently, selecting an appropriate troclosene sodium grade alone does not determine treatment performance; the surrounding water chemistry and process conditions are also important.
Troclosene sodium is available in different commercial forms depending on the intended use, with anhydrous and hydrated grades representing distinct material specifications.
Commercial formulations may also differ in particle size, available-chlorine content, stabilizer composition, tablet hardness, dissolution rate, or other physical characteristics depending on the final application.
For technical purchasing, the specification should therefore be matched to the dosing equipment and treatment process rather than selecting a product solely by chemical name.
The material is particularly relevant to water-treatment chemistry, where controlled chlorine release is required for microbial control.
Troclosene sodiums use can extend to systems where chlorine-based disinfection is needed and where a dry, transportable chlorine source offers practical advantages.
The required dosage depends on the target microorganism, water quality, contact conditions, and regulatory requirements, so application-specific dosing should be established from validated treatment procedures rather than a universal concentration.
Troclosene sodium can also be differentiated from trichloroisocyanuric acid, another chlorinated isocyanurate used as a chlorine source.
Although both compounds contain the isocyanurate ring and provide available chlorine, their chemical compositions and sodium content differ, resulting in different physical and formulation characteristics.
This distinction is important when comparing disinfectant products because replacing one chlorinated isocyanurate with another without recalculating the formulation can lead to incorrect chlorine dosing.
Troclosene sodium's chemical identity is well established under CAS 2893-78-9, while the corresponding European Community number is 220-767-7.
The dihydrate form has a different CAS number, 51580-86-0, although it is also associated with EC number 220-767-7 in European regulatory records.
Technical documentation should clearly state whether the supplied material is anhydrous troclosene sodium or sodium dichloroisocyanurate dihydrate to avoid ambiguity in purchasing and formulation calculations.
From a technical perspective, troclosene sodium can be considered a stabilized solid chlorine donor for controlled disinfection processes rather than simply a conventional inorganic disinfectant.
Troclosene sodiums combination of a defined isocyanurate structure, available chlorine, water compatibility, and practical solid handling properties explains its importance in water-treatment and sanitation formulations.
When selecting the material for industrial or institutional use, available-chlorine content, hydration state, purity, dissolution behavior, particle form, packaging, and regulatory status are among the most relevant specifications to evaluate.
Troclosene sodium is used in drinking-water disinfection systems where a measured amount of available chlorine is required to reduce microbial contamination.
Troclosene sodiums solid form allows the active ingredient to be transported and stored without the handling requirements associated with bulk chlorine gas, while dissolution in water generates the chlorine species responsible for disinfection.
This makes it particularly useful in treatment settings where dry chemical dosing is more practical than installing or transporting liquid chlorine systems.
In household water-treatment products, troclosene sodium can be formulated as individually dosed tablets intended to disinfect a predetermined volume of water.
The tablet format simplifies dosing because the user can add a defined unit directly to the specified quantity of water rather than measuring a concentrated chlorine solution.
Such products have been evaluated for point-of-use drinking-water treatment, particularly where centralized treatment is unavailable. (who.int)
Troclosene sodium is also used for emergency and humanitarian water treatment, where compact disinfectant products can be distributed rapidly after natural disasters, infrastructure failures, or displacement.
Because the material is relatively easy to package and transport compared with bulk liquid disinfectants, NaDCC tablets can be incorporated into emergency water-treatment kits.
The required dose is normally specified according to the volume and quality of water being treated and the available-chlorine concentration that needs to be achieved. (who.int)
In healthcare and institutional settings, chlorine-releasing NaDCC formulations can be used to prepare disinfectant solutions for suitable environmental surfaces and equipment.
The concentration and contact time are selected according to the microorganism being targeted, the nature of the surface, and the requirements of the particular disinfection procedure.
This allows a dry chemical product to serve as a convenient source for preparing fresh chlorine-based solutions when required.
Melting point: 245 °C (dec.)
Density: 1.97 g/cm3 at 25 °C
Bulk density: 980 kg/m3
Vapor pressure: <1 hPa at 20 °C
Storage temp.: Store at +15 °C to +25 °C
Solubility: 250 g/L
Form: Crystals or granules
Color: White
pH: 6.7 (10 g/L in H2O, 20 °C)
Odor: Mild chlorine odor
Water solubility: 236.8 g/L
Stability: Stable. Oxidizer. Incompatible with organic materials and finely powdered metals. Toxic gases may be released on contact with acids.
InChI: InChI=1S/C3HCl2N3O3.Na.2H2O/c4-7-1(9)6-2(10)8(5)3(7)11;;;/h(H,6,9,10);;2*1H2/q;+1;;/p-1
InChIKey: PYILKOIEIHHYGD-UHFFFAOYSA-M
SMILES: [Na+].[H]O[H].[H]O[H].[O-]C1=NC(=O)N(Cl)C(=O)N1Cl
LogP: -0.651 (est.)
Troclosene sodium is a stabilized chlorine-releasing compound whose disinfecting action comes from the formation of free available chlorine when it dissolves in water.
Unlike liquid hypochlorite products, it can be supplied as a dry, relatively stable solid and formulated into powders, granules, or effervescent tablets for controlled chlorine dosing.
This combination of solid-state handling and chlorine release is one reason sodium dichloroisocyanurate is used in both commercial water treatment and smaller-scale water disinfection applications.
The active chlorine generated from troclosene sodium is present mainly through hypochlorous acid (HOCl) and hypochlorite species in aqueous solution.
The relative proportion of these chlorine species depends on the pH of the treated water, which is important because HOCl generally provides the stronger disinfecting activity.
Consequently, the performance of a troclosene sodium formulation depends not only on its nominal concentration but also on the chemistry of the water being treated.
Troclosene sodium is particularly suitable for portable and decentralized water-treatment products, where a compact solid disinfectant is easier to transport and dose than bulk liquid chlorine.
Effervescent NaDCC tablets have been developed for treatment of defined volumes of water, allowing the required amount of available chlorine to be released after the tablet dissolves.
This format has been used in household water treatment and emergency-response situations where reliable disinfection is required without complex dosing equipment.
Troclosene sodium has a long-established role in emergency drinking-water treatment, including situations where conventional water-treatment infrastructure is unavailable or damaged.
Its tablet form makes it possible to distribute a measured quantity of disinfectant and treat a specified volume of relatively clear water.
International water-treatment programs have therefore used NaDCC products as an alternative to liquid sodium hypochlorite for emergency and household applications.
Troclosene sodium is also used in swimming-pool water treatment, where it provides available chlorine for controlling microorganisms in recreational water.
The solid form is convenient for storage and dosing, while the chlorine released into the water provides the antimicrobial component required for disinfection.
Its use in pools is part of the broader application of chlorinated isocyanurates as practical solid chlorine sources.
Another established application is food-industry sanitation, where sodium dichloroisocyanurate can provide a chlorine-based disinfecting system for appropriate water and sanitation processes.
The compound is particularly useful where a dry chlorine source is preferred for preparation of disinfectant solutions rather than transporting and storing large quantities of dilute hypochlorite solution.
The exact concentration and contact conditions must be established according to the specific food-processing application and applicable regulatory requirements.
Troclosene sodium has also been used in commercial laundry and cleaning formulations, where its available chlorine provides bleaching and antimicrobial functionality.
Historical and technical information describes applications in laundry bleaches and scouring powders, demonstrating that the compound's use extends beyond water treatment.
In these formulations, the choice of concentration and formulation type determines whether the principal purpose is bleaching, sanitation, or both.
The material can be incorporated into effervescent disinfectant tablets, with formulation design controlling dissolution and chlorine release after contact with water.
This format is particularly useful when individual doses need to be packaged for defined water volumes, since the amount of available chlorine can be specified per tablet rather than requiring the end user to weigh a bulk chemical.
Commercial tablet products may therefore differ considerably in tablet mass, available-chlorine content, dissolution characteristics, and intended treatment volume.
Troclosene sodium is relevant to medical and institutional sanitation, where chlorine-releasing formulations can be used for appropriate disinfection procedures.
WHO documentation has described NaDCC applications that include sanitizing medical instruments as well as cleaning items such as baby bottles and contact lenses.
The suitability of a particular formulation depends on the intended surface or equipment, required antimicrobial performance, concentration, contact time, and compatibility with the material being disinfected.
Troclosene sodium is also used in recreational and industrial water-disinfection systems, where maintaining an appropriate free-chlorine residual is an important part of microbial control.
Because chlorine demand varies with organic matter, water quality, pH, and other process conditions, the amount of NaDCC required cannot be determined solely from the product name.
Technical users normally specify the treatment target in terms of available chlorine and process conditions rather than simply the mass concentration of sodium dichloroisocyanurate.
Troclosene sodium has been evaluated for household point-of-use water treatment, particularly in situations where users need a simple method for treating drinking water without centralized chlorination equipment.
Troclosene sodiums dry formulation allows the active substance to be packaged in individual doses, reducing the need for users to measure concentrated chemical solutions.
This approach has been incorporated into international evaluations of household water-treatment technologies and emergency water-supply programs.
Another important characteristic is its use as a measurable source of free available chlorine, rather than simply as a generic chlorine-containing chemical.
Water-treatment specifications can express the resulting disinfectant concentration in ppm or mg/L of available chlorine, which makes dosing easier to relate to the volume and quality of the water being treated.
This distinction is important for technical procurement because two products containing different amounts of NaDCC may still be designed to deliver a defined available-chlorine concentration.
Troclosene sodium also has relevance to regulated biocidal applications in Europe, where the substance is identified in regulatory records as a biocidal active substance and is associated with specific product-type applications.
The exact regulatory position depends on the substance form, product formulation, intended use, and applicable authorization requirements.
For commercial supply, these regulatory details should therefore be checked against the intended application rather than assuming that every troclosene sodium product is authorized for every type of disinfection.
Troclosene sodium is available in both anhydrous and dihydrate forms, which is particularly relevant when it is used in formulations requiring precise chlorine or active-substance calculations.
The anhydrous material has CAS No. 2893-78-9, while the dihydrate is identified by CAS No. 51580-86-0, and the two forms have different molecular masses because of their crystallization water.
A purchasing specification should therefore identify the exact hydration state instead of referring to the material only as sodium dichloroisocyanurate.
From a formulation perspective, available chlorine content, hydration state, particle or tablet form, dissolution behavior, purity, and storage stability are among the characteristics that can influence the suitability of troclosene sodium for a particular process.
These parameters become especially important when the material is incorporated into tablets, powders, cleaning products, or water-treatment systems requiring consistent chlorine delivery.
For industrial procurement, the technical specification should therefore be matched to the intended application and dosing method rather than based solely on chemical identity.
Troclosene sodium is consequently used across drinking-water treatment, emergency water purification, household water treatment, swimming pools, food-industry sanitation, laundry products, institutional disinfection, and specialty cleaning formulations.
Its broad application range comes from the same fundamental property: providing a practical solid source of available chlorine that can be released in aqueous systems under controlled conditions.
For a technical buyer, selecting the appropriate grade requires consideration of the intended application, available-chlorine specification, hydration state, formulation requirements, regulatory status, and compatibility with the treatment process.
Troclosene sodium is used in food-processing and food-service sanitation for applications where chlorine-based disinfection of water or suitable equipment and surfaces is permitted.
The compound can be prepared as an aqueous solution at a controlled available-chlorine concentration and incorporated into established sanitation procedures.
Troclosene sodiums use in this sector depends on the applicable food-contact regulations, process conditions, and validated concentration and contact-time requirements.
Another application is laundry bleaching and hygiene treatment, where the available chlorine released from sodium dichloroisocyanurate can provide oxidative bleaching together with antimicrobial activity.
Dry formulations can be incorporated into cleaning or laundry products where controlled chlorine release is required.
The formulation must be designed to provide the desired bleaching or sanitizing performance without creating incompatibilities with the textile, detergent system, or other formulation components.
Uses Of Troclosene sodium:
Troclosene sodium can be used as a chlorine source to convert alkoxyl-s-triazines into N-chlorinated alkoxy-s-triazines.
Troclosene sodium, 98% can be used to clean and decontaminate animal carcasses.
Troclosene sodium is primarily used as a chlorine-based disinfectant for water treatment, where it releases available chlorine after dissolving in water and provides antimicrobial activity against a broad range of microorganisms.
Troclosene sodium is particularly suitable when a dry, transportable chlorine source is preferred over chlorine gas or liquid hypochlorite solutions.
The material can be supplied as granules, powder, or tablets depending on the required dosing method and treatment system.
In drinking-water treatment, sodium dichloroisocyanurate is used to reduce microbiological contamination and maintain an appropriate disinfectant residual.
Troclosene sodiums controlled release of available chlorine makes it suitable for both centralized treatment processes and smaller point-of-use systems.
Treatment performance depends on factors such as pH, organic matter, contact time, temperature, and the chlorine demand of the water.
Troclosene sodium is widely used in household water purification tablets, where individual doses are designed to treat a specified quantity of water.
The tablet format allows users to add a measured amount of disinfectant without handling concentrated chlorine solutions or weighing bulk chemicals.
This application is particularly relevant to point-of-use treatment where simple dosing and convenient storage are important. (who.int)
Troclosene sodium is also used for emergency drinking-water disinfection, including humanitarian operations and situations where normal water infrastructure is unavailable.
NaDCC tablets can be distributed in compact water-treatment kits because they are relatively lightweight and can be stored before being dissolved when treatment is required.
This makes them practical for disaster-response programs, temporary settlements, and other situations requiring decentralized water purification. (who.int)
Troclosene sodium is used in swimming-pool and recreational-water treatment as a source of available chlorine for controlling microorganisms.
The material can be formulated into products suitable for controlled addition to pool water, with the required quantity determined by water volume and the desired free-chlorine concentration.
Operators must also consider pH, stabilizer concentration, organic load, and other water-quality parameters when establishing a treatment program.
Another established use is institutional and healthcare disinfection, where NaDCC formulations can be dissolved to prepare chlorine-containing solutions for suitable surfaces, equipment, and environmental sanitation procedures.
Its solid format can simplify storage and preparation compared with large volumes of ready-made disinfectant solutions.
The concentration and contact time should be selected according to the intended disinfection task and the relevant validated procedure.
Troclosene sodium is also used in food-processing sanitation, where chlorine-based solutions may be employed for appropriate water-treatment and hygiene applications.
Troclosene sodium provides a convenient solid source from which controlled concentrations of available chlorine can be prepared.
For food-contact applications, the formulation and use conditions must comply with the applicable regulatory requirements and validated sanitation procedures.
In commercial cleaning and sanitation products, sodium dichloroisocyanurate can be formulated as tablets, granules, or powders that dissolve in water before use.
These products are useful when a concentrated dry formulation is preferred for storage, transportation, and preparation at the point of application.
The final formulation can be designed for specific chlorine concentrations, dissolution rates, and dosing requirements.
Troclosene sodium has applications in laundry products and bleaching formulations, where its available chlorine provides oxidative bleaching and antimicrobial functionality.
Compared with liquid bleach systems, a solid chlorine donor can offer advantages in packaging, transport, and formulation flexibility.
The appropriate formulation must account for compatibility with detergents, fabrics, dyes, and other ingredients present in the cleaning system.
Troclosene sodium can also be incorporated into surface-disinfection formulations for preparing chlorine-based solutions when required.
Tablet and granular products allow the concentration of the prepared solution to be controlled through the amount of product added to a known volume of water.
This approach can be useful in institutional, commercial, and professional cleaning operations where disinfectant solutions are prepared regularly.
Troclosene sodium is used in portable and decentralized disinfection systems, where the absence of bulk chemical storage can be an important practical advantage.
A dry NaDCC product can be transported to remote locations and dissolved immediately before use, reducing the logistical requirements associated with transporting large quantities of dilute disinfectant.
This characteristic has contributed to its use in field water-treatment applications and emergency sanitation programs.
Another application is industrial water sanitation, where controlled chlorine addition can be used to limit microbiological growth in appropriate water systems.
The chemical may be supplied in a form compatible with manual dosing or dissolution-and-injection equipment, depending on the scale of the operation.
The treatment program should be designed around the required chlorine residual and the specific characteristics of the industrial water rather than a fixed universal dosage.
Troclosene sodium can also be used in veterinary and animal-care hygiene where chlorine-based environmental disinfection is appropriate.
Prepared solutions may be applied to suitable surfaces and facilities as part of a controlled sanitation program designed to reduce microbial contamination.
The concentration, contact time, and application method should be established according to the specific product authorization and the requirements of the facility.
Troclosene sodium is relevant to specialized water-treatment formulations because its available-chlorine concentration can be expressed and controlled independently of the physical form supplied.
Manufacturers can therefore develop tablets or granules designed to deliver a specified chlorine concentration after dissolution in a defined volume of water.
This is useful for applications where reproducible dosing and predictable dissolution are more important than simply maximizing the amount of active chemical.
Troclosene sodium is also used as a raw material for formulated biocidal products, where the active ingredient is combined with other components to produce a finished disinfectant with defined handling and application characteristics.
Depending on the formulation, manufacturers can adjust dissolution behavior, dosage format, packaging, and the concentration of available chlorine delivered during use.
The regulatory status of the finished product must be considered separately from the chemical identity of the raw material.
For technical purchasing, troclosene sodium is therefore relevant to water-treatment companies, disinfectant manufacturers, institutional hygiene suppliers, swimming-pool chemical producers, emergency water-treatment programs, and industrial sanitation operations.
The most appropriate grade depends on the intended application and may require evaluation of available-chlorine content, anhydrous or dihydrate form, purity, particle size, tablet characteristics, dissolution behavior, packaging, and regulatory documentation.
For a formulation or treatment process, documents such as the SDS, TDS, and COA can help confirm whether the supplied material meets the required chemical and physical specifications.
Troclosene sodium is used in water storage and distribution systems where a controlled chlorine residual is required to limit microbial regrowth after initial treatment.
Its solid form can be dissolved and introduced into water at a calculated concentration, allowing the treatment level to be adjusted according to the volume and chlorine demand of the system.
This makes it useful where maintaining microbiological quality during storage is an important part of the overall water-treatment process.
The compound is also used for drinking-water treatment in remote and low-infrastructure locations, where transporting and storing liquid disinfectants may be impractical.
Dry NaDCC products can be supplied in compact packaging and prepared immediately before treatment, reducing the logistical requirements associated with conventional bulk chlorination systems.
This characteristic makes the material particularly suitable for decentralized water-treatment programs and field operations. (who.int)
Troclosene sodium can be incorporated into water-treatment kits, where tablets or measured quantities of granules are packaged together with instructions for treating a defined volume of water.
Such kits can be designed for household, institutional, emergency, or humanitarian use depending on the required treatment capacity.
The dosing format allows manufacturers to establish a predictable relationship between the amount of product supplied and the target available-chlorine concentration.
In emergency sanitation programs, NaDCC products can be used not only for drinking-water treatment but also for preparing chlorine solutions for environmental cleaning.
A single dry chemical source can therefore support several sanitation activities when different concentrations are prepared for different purposes.
This versatility is particularly useful in temporary facilities where storage space, transportation capacity, and chemical-handling infrastructure may be limited.
Troclosene sodium is used in institutional hygiene programs where disinfectant solutions need to be prepared repeatedly from a concentrated solid product.
Schools, care facilities, commercial buildings, and other large premises can use appropriately formulated chlorine products for selected cleaning and sanitation procedures.
The required concentration should always be matched to the intended application because stronger chlorine solutions are not automatically more appropriate for every surface or task.
Another application is the preparation of chlorine solutions for sanitation of water-contact equipment, including appropriate tanks, containers, and processing equipment.
The available chlorine generated from NaDCC can provide an oxidizing treatment capable of reducing microbial contamination on compatible surfaces.
Material compatibility and the required rinsing procedure should be evaluated because chlorine solutions can damage certain metals, polymers, coatings, and other materials at sufficiently high concentrations or prolonged contact times.
Troclosene sodium is also relevant to commercial water-treatment formulations designed for controlled chlorine release.
Manufacturers can combine the active substance with suitable excipients and processing aids to create products with specific dissolution rates and dosing characteristics.
This allows the same active chemical to be incorporated into rapidly dissolving tablets, slower-dissolving products, powders, or granular preparations depending on the target application.
In swimming-pool chemical formulations, NaDCC can be selected when a solid chlorine donor is required for convenient storage and dosing.
The material can contribute to maintaining the disinfectant level needed for microbiological control, while the formulation and treatment program determine how rapidly chlorine becomes available.
Pool operators must monitor free chlorine and pH rather than relying only on the nominal amount of product added to the water.
Troclosene sodium can be used for sanitation of recreational-water facilities beyond conventional swimming pools, provided that the particular product is authorized for the intended use.
Its available chlorine can support microbial control in suitable water systems when the dose, contact time, and water chemistry are properly controlled.
The exact application should be based on the approved product label and applicable local requirements rather than assuming that all NaDCC grades have the same permitted uses.
The material is also relevant to water-treatment research and formulation development, where its predictable available-chlorine contribution makes it useful for evaluating chlorine demand and disinfection performance.
Troclosene sodium can investigate how pH, organic matter, temperature, contact time, and water composition affect the behavior of chlorine released from NaDCC.
These experiments can support the development of treatment protocols and finished products with more reproducible disinfection performance.
Troclosene sodium can serve as a chlorine source in sanitation formulations for professional users, where concentrated dry products are diluted according to the requirements of the cleaning procedure.
The ability to store the active ingredient as a solid can simplify inventory management because the product can be transported and stored before being converted into a working solution.
This is particularly useful for organizations that need to prepare disinfectant solutions on demand rather than continuously purchasing ready-to-use liquids.
Another use involves portable disinfection of water containers and storage vessels, where chlorine solutions prepared from NaDCC can be applied to suitable equipment as part of a sanitation procedure.
The approach can be useful in field operations and decentralized water systems where containers are reused frequently.
The treatment concentration and subsequent rinsing or flushing requirements depend on the intended use of the container and the applicable sanitation protocol.
Troclosene sodium is also used in specialty cleaning products where bleaching and disinfection are required together.
Because available chlorine can provide oxidative action as well as antimicrobial activity, appropriately formulated products can address both visible organic staining and microbial contamination.
However, the formulation must be designed carefully because chlorine-releasing ingredients can react with incompatible acids, reducing agents, ammonia-containing materials, and other reactive components.
For industrial formulation, the choice between anhydrous troclosene sodium and the dihydrate is particularly important because the two forms contain different proportions of active chemical by mass.
A formulation designed around one hydration state cannot simply be transferred to the other without recalculating the required quantity and available-chlorine contribution.
This is especially relevant for tablet manufacturers and chemical suppliers producing standardized-dose products.
Safety Profile Of Troclosene sodium:
Troclosene sodium is classified as an oxidizing solid, meaning it can intensify a fire if it comes into contact with combustible materials or other substances that can readily undergo oxidation.
The oxidizing character is associated with its available chlorine and makes segregation from organic materials, reducing agents, oils, and other incompatible substances important during storage.
Storage areas should therefore be clean, dry, well ventilated, and arranged to prevent accidental contact with incompatible chemicals.
Troclosene sodium can cause serious eye damage, so direct contact with the eyes should be avoided during handling, weighing, transfer, and formulation.
Dust or particles entering the eyes may produce significant irritation or corrosive injury depending on the concentration and exposure conditions.
Chemical splash goggles or other appropriate eye and face protection should be selected according to the handling operation and current safety documentation.
Troclosene sodium can also cause skin irritation, particularly when concentrated material or dust remains in contact with the skin for an extended period.
Repeated occupational exposure should be minimized through appropriate gloves, protective clothing, and good industrial hygiene practices.
Contaminated clothing should be removed promptly and exposed skin should be washed thoroughly with water.
Dust generated during handling of powdered or granular troclosene sodium can present an inhalation hazard, particularly during weighing, filling, blending, or transfer operations.
Inhalation of dust may irritate the respiratory tract and can expose workers to a concentrated source of available chlorine.
Local exhaust ventilation and suitable respiratory protection should therefore be considered whenever airborne concentrations cannot be adequately controlled by enclosure or other engineering measures.
Troclosene sodium is a reactive chlorine-releasing chemical, and accidental contact with acids can result in the formation of chlorine-containing gases.
This is one of the most important incompatibility concerns because mixing chlorinated isocyanurates with acidic products can create a dangerous atmosphere.
Acids and acid-containing cleaning products should therefore be stored and handled separately from troclosene sodium.
Troclosene sodium Procurement and Technical Support:
Ataman Kimya supports customers looking for Troclosene sodium with dependable supply solutions and relevant technical information for industrial and formulation requirements.
Additional support can be provided regarding product specifications, available documentation, and the evaluation of suitable product options based on the intended application.
