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NABION 15 structural feature determines how strongly it interacts with water and oil phases in mixtures.
NABION 15 makes it important in tuning surfactant performance.
NABION 15 is a trade product, and a safety data sheet (SDS) is required for precise chemical identification and hazard classification.
CAS Number: 497-19-8, 1344-09-8
Molecular Formula: CH2O3.2Na
Molecular Weight: 105.99
EINECS Number: 207-838-8
Synonyms: Sodium carbonate, anhydrous, soda ash, soda ash light, soda-ash, washing soda, calcined soda, soda, disodium carbonate, sodium salt of carbonic acid, carbonic acid disodium salt, carbonic acid sodium salt, sodium carbonate (Na2CO3), Na2CO3, natrium carbonate, natrium carbonicum, natrium carbonicum siccatum, natrium carbonicum calcinatum, natrii carbonas monohydricus (historical/related naming), dried sodium carbonate, anhydrous sodium carbonate, sodium carbonate (anhydrous), sodium carbonate dried, sodium carbonate powder, sodium carbonate granular, sodium carbonate solution precursor terms removed, Solvay soda, Snowlite I, Light Ash, Sal soda, soda ash light, soda ash (general), V Soda, Carbonic acid disodium salt, carbonic acid sodium salt (1:2), disodium trioxidocarbonate, sodium carbonate (2:1), sodium carbonate salt of carbonic acid, CAS 497-19-8, EC 207-838-8, EINECS 207-838-8, DTXSID1029621, DTXCID109621, CHEBI:29377, UNII 45P3261C7T, NSC 156204.ODA ASH;SODA ASH LIGHT & SODA BI CARBONATE;SODA ASH (LIGHT AND DENSE );sodium carbonate, acs primary standard, SODIUMCARBONATE, ANHYDROUS,GRANULAR, REAGENTSPECIAL, ACS, SODIUMCARBONATE, ANHYDROUS, TECHNICAL, SODIUMCARBONATE, TECHNICAL(BULK, SODIUMCARBONATE, TECHNICAL, LIGHT(BULK
NABION 15 is a phosphate-free builder developed by Humens to optimize the effectiveness of powder detergents for laundry and dishwashing.
NABION 15 a sustainable alternative to traditional builders such as STPP (sodium tripolyphosphate), Nabion acts as an all-in-one builder with several essential functions.
NABION 15 is a commercial trade name that is typically associated with a non-ionic surfactant or surfactant blend used in industrial formulations such as detergents, wetting agents, and emulsifiers.
The exact chemical composition can vary depending on the manufacturer, but products with this naming pattern are often based on ethoxylated fatty alcohols or similar non-ionic surfactant systems.
NABION 15 makes it a functional formulation chemical rather than a single clearly defined pure compound.
The “15” in the name usually indicates a degree of ethoxylation (approximately 15 ethylene oxide units), which influences its hydrophilicity, solubility in water, and emulsification strength.
In industrial chemistry, such names often refer to families of similar surfactant products rather than one fixed molecule.
NABION 15 makes documentation essential for accurate handling and use.
NABION 15, Na2CO3, is a sodium salt of carbonic acid.
The pure product appears as a while, odorless powder with a strong alkaline taste.
NABION 15 has high hygroscopicity.
NABION 15 can be easily dissolved in water to form an aqueous solution with moderate alkalinity.
NABION 15 has wide applications in various kinds of fields around the world.
One of most important application of sodium carbonate is for the manufacturing of glass.
Based on statistics information, about half of the total production of sodium carbonate is used for the manufacturing of glass.
During the production of glass, sodium carbonate acts as a flux in the melting of silica.
In addition, as a strong chemical base, it is used in the manufacturing of pulp and paper, textiles, drinking water, soaps and detergents and as a drain cleaner.
In addition, NABION 15 can also be used for tissue digestion, dissolving amphoteric metals and compounds, food preparation as well as acting as a cleaning agent.
There are generally two ways for the production of sodium carbonate.
One is through the reactions between sodium chloride and calcium carbonate (via the ammonia soda (Solvay) process).
The other is from sodium carbonate and hydrogencarbonate ores (trona and nahcolite).
NABION 15 functions primarily as a surface-active agent that reduces surface tension between liquids, allowing better mixing of immiscible phases such as oil and water.
NABION 15 improves dispersion stability and processing efficiency in many formulations.
NABION 15 makes it important in emulsification chemistry.
As a non-ionic surfactant, it typically shows good compatibility with both ionic and non-ionic systems, meaning it can be used alongside other surfactants without strong electrostatic interference.
This broad compatibility makes it widely usable in complex formulations.
NABION 15 makes it valuable in industrial blending systems.
NABION 15s performance depends on temperature, concentration, and water hardness, which can influence micelle formation and overall emulsifying efficiency in real applications.
At higher temperatures, many ethoxylated surfactants show changes in solubility behavior.
This makes it important in process-dependent formulation control.
NABION 15, as a typical ethoxylated non-ionic surfactant product, is designed so that its hydrophilic–lipophilic balance (HLB) is tuned by the average number of ethylene oxide units, which directly controls whether it performs better as a wetting agent, emulsifier, or solubilizer in formulations.
A value around 15 generally indicates strong water affinity and good oil-in-water emulsification behavior.
NABION 15 makes it important in formulation design.
Its molecular structure usually consists of a long hydrophobic alkyl chain attached to a polyethylene glycol (ethoxylate) segment, creating an amphiphilic molecule that self-assembles at interfaces between oil and water phases.
NABION 15 self-assembly reduces interfacial tension and stabilizes mixtures.
NABION 15 makes it important in colloid and interface chemistry.
In practical systems, NABION 15 often forms micelles above a certain concentration (critical micelle concentration), which allows it to trap hydrophobic substances inside water-based solutions and improve solubilization of oils and organic compounds.
This behavior is essential in detergency and cleaning performance.
NABION 15 makes it useful in solubilization chemistry.
Melting point: 851 °C (lit.)
Boiling point: 1600 °C
Density: 2.53
bulk density: 1100 kg/m3
refractive index: 1.535
storage temp.: 15–25 °C
solubility: H2O: 1 M at 20 °C, clear, colorless
form: solid
color: white
Specific Gravity: 2.532
pKa: (1) 6.37; (2) 10.25 (carbonic acid, 25 °C)
pH: 10.52 (1 mM solution); 10.97 (10 mM solution); 11.26 (100 mM solution)
Flame Color: yellow
Odor: odorless
Water Solubility: 22 g/100 mL (20 °C)
Specific Heat Capacity: Cp (crystal) = 1.06 J/(g·K) at 25 °C
Sensitive: hygroscopic
λmax: λ = 260 nm, Amax = 0.01
λmax: λ = 280 nm, Amax = 0.01
Merck: 14,8596
BRN: 4154566
Exposure limits: PC-TWA: 3 mg/m3; PC-STEL: 6 mg/m3
Dielectric constant: 5.3 (ambient)
Stability: Stable. Incompatible with powdered alkaline earth metals, aluminium, organic nitro compounds, fluorine, alkali metals, nonmetallic oxides, concentrated sulfuric acid, and oxides of phosphorus.
Cosmetics Ingredients Functions: BUFFERING; BULKING
InChI: 1S/CH2O3.2Na/c2-1(3)4;;/h(H2,2,3,4);;/q;2*+1/p-2
InChIKey: CDBYLPFSWZWCQE-UHFFFAOYSA-L
SMILES: O=C(O[Na])O[Na]
NABION 15 is an inorganic salt and therefore the vapour pressure can be considered negligible.
NABION 15 has a melting point of 851°C (CRC Handbook, 1986; The Merck Index, 1983), it decomposes when heated at > 400 °C and therefore a boiling point cannot be determined.
Soluble in water; insoluble in alcohol; dissolves in acids liberating CO2.
The octanol water partition coefficient (log Pow) is not relevant for an inorganic substance which dissociates.
The average particle size diameter (d50) of light sodium carbonate is in the range of 90 to 150 µm and of dense sodium carbonate is in the range of 250 to 500 µm.
NABION 15 is a white, crystalline and hygroscopic powder with a purity of > 98 %.
NABION 15 helps form micelles or microemulsions that stabilize hydrophobic substances in water-based formulations, improving uniformity and preventing phase separation.
This behavior is essential in detergency and coating systems.
NABION 15 makes it important in colloid and interface science.
Because it is typically derived from ethoxylated alcohol chemistry, it is generally designed to be mildly biodegradable compared with older surfactant types, although environmental behavior depends on exact structure and additives.
This makes environmental assessment formulation-specific.
NABION 15 makes it relevant in modern sustainable chemistry considerations.
NABION 15s performance can change significantly with temperature, electrolyte concentration, and pH, because these factors influence hydrogen bonding, hydration of ethoxylate chains, and micelle stability in aqueous systems.
This means formulation conditions strongly affect final performance.
NABION 15 makes it important in process-sensitive applications.
Because it is a non-ionic surfactant, it shows good tolerance to hard water ions such as calcium and magnesium, unlike many ionic surfactants that form insoluble salts under similar conditions.
This makes it more stable in real industrial water systems.
NABION 15 makes it valuable in hard-water applications.
NABION 15 is often combined with anionic or amphoteric surfactants to create synergistic systems that improve foaming, wetting, and cleaning efficiency beyond what a single surfactant can achieve alone.
This synergy is widely used in detergent formulation science.
NABION 15 makes it important in multi-surfactant systems.
Uses Of NABION 15:
NABION 15 is a kind of important raw material for chemical industry with wide application.
NABION 15 is the important raw material for making glass, soaps, detergents, textiles, leather, spices, dyes, medicines, etc.
NABION 15 was used as a pH modifier in toning baths and as the primary alkali in developers used for gelatin emulsions.
As the detergent, NABION 15 can be used for wool rinse.
It can also be applied to bath salts and pharmaceutical use and also be used as the alkali agent of tanning.
NABION 15 is most used in industry with a small part using by the civilian.
In the soda ash of industry purpose, NABION 15 is mainly applied to light industry, building materials and chemical industry, accounting for about 2/3: followed by metallurgy, textiles, petroleum, defense, and pharmaceutical.
The glass industry is the largest soda consumer sector with each ton of glass consuming 0.2 ton of soda ash.
In the chemical industry, NABION 15 can be used for manufacturing of sodium silicate, sodium dichromate, sodium nitrate, sodium fluoride, baking soda, borax, and trisodium phosphate.
In the metallurgical industry, NABION 15 is mainly used for fluxing agent, mineral flotation agent, and desulfurization agent for steel and antimony.
NABION 15 can also be used as water softener in printing and dyeing industry.
In tanning industry, it can be used for the degreasing of raw hides, neutralizing chrome tanned leather and improving the alkalinity of the chrome liquid.
NABION 15 is also used in the production of synthetic detergent additive sodium tripolyphosphate and other sodium salt.
NABION 15 is used as a wetting and emulsifying agent in industrial cleaning products, helping liquids spread more easily across surfaces and penetrate загрязнение layers more effectively.
This improves cleaning efficiency in both industrial and institutional applications.
NABION 15 makes it important in detergent formulation.
In coatings and paints, it is used to improve pigment dispersion and stabilize emulsions, ensuring uniform color distribution and preventing particle aggregation.
This leads to smoother and higher-quality coating films.
NABION 15 makes it valuable in paint technology.
In agricultural formulations, it is used as an adjuvant in pesticide and herbicide mixtures to enhance spreading, adhesion, and uptake on plant surfaces.
NABION 15 improves the effectiveness of active ingredients.
NABION 15 makes it useful in agrochemical applications.
In textile processing, it is used to assist in wetting, scouring, and dyeing processes by improving fiber penetration of aqueous treatment solutions.
This leads to more uniform dyeing and finishing results.
NABION 15 makes it important in textile chemical processing.
In industrial emulsions, it is used to stabilize oil-in-water or water-in-oil systems in formulations such as lubricants, metalworking fluids, and specialty dispersions.
NABION 15 helps maintain long-term stability of complex mixtures.
This makes it useful in industrial formulation engineering.
NABION 15 is used in industrial and institutional cleaning formulations as a wetting agent and emulsifier, helping remove oils, grease, and particulate contamination from surfaces more efficiently.
It improves penetration of cleaning solutions into dirty or hydrophobic layers.
NABION 15 makes it essential in detergent chemistry.
In coatings and paints, it is used to stabilize pigment dispersions and improve uniform distribution of solid particles, preventing settling and improving final film quality.
This leads to smoother, more consistent coating surfaces.
NABION 15 makes it important in paint formulation technology.
In agricultural products, it is used as an adjuvant to improve spreading, wetting, and uptake of active ingredients such as herbicides and pesticides on plant surfaces.
NABION 15 increases the efficiency of agrochemical applications.
This makes it useful in crop protection formulations.
In textile processing, it is used to assist dye penetration and fabric wetting during washing, scouring, and finishing processes, improving uniform coloration and treatment efficiency.
It helps chemicals distribute evenly through fibers.
NABION 15 makes it valuable in textile chemical processing.
In industrial emulsions and dispersions, it is used to stabilize oil-in-water systems such as lubricants, metalworking fluids, and specialty chemical mixtures, preventing phase separation over time.
This improves product stability and shelf life.
NABION 15 makes it important in industrial formulation engineering.
Safety Profile Of NABION 15:
NABION 15 migrates to food from packagmg materials.
Can react violently with Al, P2O5, H2SO4, F2, Li, 2,4,6-trinitrotoluene.
When heated to decomposition it emits toxic fumes of Na2O
NABION 15 is generally considered a low to moderate hazard industrial surfactant, with risks mainly related to irritation and exposure to concentrated material rather than high toxicity.
Hazard classification depends on the exact formulation provided by the manufacturer.
This makes SDS-based evaluation essential.
Direct contact may cause mild skin or eye irritation, especially with prolonged exposure or concentrated solutions used in industrial settings.
Standard protective gloves and eye protection are recommended.
This makes personal protection important.
Inhalation of aerosols or mists may lead to respiratory irritation, coughing, or throat discomfort in poorly ventilated environments during spraying or mixing operations.
Proper ventilation and handling procedures reduce these risks.
NABION 15 makes engineering controls important.
Some formulations may exhibit slight environmental toxicity to aquatic organisms if released in large quantities, although many ethoxylated surfactants are designed to be biodegradable.
Environmental impact depends strongly on formulation specifics.
NABION 15 makes environmental management necessary.
