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Sulfated Oleic Acid 55% is a specialty anionic surfactant derived from natural oleic acid.
Sulfated Oleic Acid 55% is produced by chemically sulfating oleic acid, introducing sulfate functionality into the fatty-acid structure and giving the resulting material strong surface-active properties.
Sulfated Oleic Acid 55% designation generally refers to the solids or active-content level of the commercial product rather than indicating that the pure chemical molecule contains exactly 55% sulfate.
CAS Number: 68422-22-0
Molecular Formula: C18H35KO6S
Molecular Weight: 418.6302
EINECS Number: 270-270-4
Synonyms: 9(Or 10)-(sulfooxy)stearic acid potassium salt;Einecs 270-270-4;Octadecanoic acid, 9(or 10)-(sulfooxy)-, potassium salt;Octadecanoic acid, 9(or 10)-(sulfooxy)-, potassium salt (1:);Oleic acid, sulfated, potassium salt;Potassium 9(or 10)-(sulphooxy)octadecanoate;Red oil, sulfated, potash neutralized
Sulfated Oleic Acid 55% is specified at approximately 54–56% solids.
Sulfated Oleic Acid 55% is also described using names such as oleic acid sulfate, sulfated oleic acid, and highly sulfated oleic acid.
Commercial terminology can vary because sulfated oleic acid products may contain different degrees of sulfation and different neutralization states.
Sulfated Oleic Acid 55% is commonly supplied as a liquid formulation rather than as an isolated pure molecular compound.
A representative 55% commercial grade is described as a clear amber liquid with approximately 54–56% solids and a pH of 5.5–6.5.
Oleic acid itself is an unsaturated fatty acid with an 18-carbon hydrocarbon chain and one double bond.
Sulfated Oleic Acid 55%s long hydrophobic structure provides affinity with oils and other nonpolar materials, while sulfation introduces hydrophilic ionic functionality.
This combination gives Sulfated Oleic Acid its amphiphilic character.
The hydrophobic portion interacts with oils, fats, polymers, and other nonpolar surfaces, while the sulfate-containing portion interacts strongly with water.
Sulfated Oleic Acid 55% can function as a wetting agent, dispersant, emulsifier, hydrotrope, and surface-active cleaner.
Commercial technical information specifically identifies these functions for 55% sulfated oleic acid products.
One important characteristic of the material is its ability to reduce interfacial tension between water and hydrophobic materials.
This allows aqueous formulations to spread more effectively over oily, polymeric, or otherwise difficult-to-wet surfaces.
Sulfated Oleic Acid 55%s dispersing action also makes it useful for maintaining the distribution of hydrophobic materials in water-based systems.
This is particularly valuable in formulations where oils, pigments, polymers, or other poorly water-compatible ingredients need to remain uniformly dispersed.
Sulfated Oleic Acid 55% can also act as a low-foaming emulsifier.
This property can be advantageous in industrial processes where emulsification is required but excessive foam would interfere with mixing, pumping, spraying, or application.
The material is therefore different from highly foaming detergent surfactants designed primarily for consumer cleaning.
Sulfated Oleic Acid 55%s commercial positioning emphasizes industrial wetting, dispersion, emulsification, cleaning, and hydrotrope functions, particularly in systems where controlled foam is desirable.
Sulfated Oleic Acid 55% can also provide useful lubricity.
The long fatty-acid chain has an affinity for hydrophobic surfaces and can form a lubricating organic layer, while the sulfate functionality allows the material to remain compatible with aqueous formulations.
This combination makes the material relevant to lubricants and metalworking fluids.
Commercial product information identifies sulfated oleic acid grades as dispersants and low-foam materials for lubricant and metalworking applications.
Sulfated Oleic Acid 55% is also used in textile processing.
Sulfated Oleic Acid 55%s wetting and dispersing characteristics can assist the uniform contact of aqueous processing formulations with textile fibers.
Another important area is cleaning formulations.
Sulfated Oleic Acid can help water spread across hydrophobic surfaces while assisting the emulsification and dispersion of oily contaminants.
The material can also be incorporated into paints and coatings.
Sulfated Oleic Acid 55%s dispersing and wetting functions can help improve the distribution of hydrophobic components and promote better interaction between the formulation and the substrate.
Sulfated Oleic Acid 55% is also relevant to latex and polymer systems.
Sulfated Oleic Acid 55% anionic surface activity can help stabilize and disperse components in aqueous polymer formulations, while its wetting properties can improve contact between the formulation and the treated surface.
The material should not be confused with Sulfated Methyl Oleate.
Sulfated Oleic Acid 55% is produced from methyl oleate, whereas Sulfated Oleic Acid 55% is based directly on oleic acid, so the two materials have related fatty-chain chemistry but different functional groups and formulation characteristics.
Sulfated Oleic Acid 55% also differs from Sulfated Castor Oil.
Although both belong to the family of sulfated fatty materials and can provide anionic surfactant properties, their starting oils have different fatty-acid compositions and therefore their performance characteristics are not identical.
The exact composition of commercial Sulfated Oleic Acid can depend on the sulfation process and the degree of reaction.
Historical and technical literature shows that sulfated oleic acid products can contain different sulfated species, including mono- and more highly sulfated components.
The neutralization state is another important consideration.
Sulfated oleic acid can be supplied in different salt forms, including sodium and potassium salts, and these forms have separate chemical identities and CAS registrations.
For example, the FDA inventory identifies sulfated oleic acid sodium salt under CAS 68331-91-9 and sulfated oleic acid potassium salt under CAS 68422-22-0.
Therefore, the CAS number should always be checked against the exact commercial grade rather than assuming that every sulfated oleic acid product has the same registration number.
For the specific Sulfated Oleic Acid 55% commercial product discussed here, SierraSulf OA 55 is listed under CAS 67998-94-1.
Sulfated Oleic Acid 55% typical specification includes 54–56% solids, pH 5.5–6.5, and a clear amber appearance.
Sulfated Oleic Acid 55% is best described as a high-active, fatty-acid-derived anionic surfactant with multifunctional industrial performance.
Its main functions include wetting, dispersion, emulsification, hydrotropy, surface cleaning, and lubrication, making it suitable for cleaners, paints and coatings, textile processing, latex systems, lubricants, metalworking fluids, water treatment, and other specialty formulations.
Sulfated Oleic Acid 55% can also function as a dispersant and suspending agent in formulations containing insoluble or poorly water-dispersible materials.
Sulfated Oleic Acid 55% anionic surface activity helps maintain particles in a more uniform distribution and reduces the tendency of dispersed components to settle or agglomerate.
This property makes the material useful in pigment and particulate dispersions.
By improving wetting of solid surfaces and promoting interaction between particles and the liquid phase, it can contribute to more consistent formulation stability.
Sulfated Oleic Acid 55% is also useful as a multifunctional hydrotrope.
Technical surfactant literature specifically describes sulfated oleic acid grades in the 55–80% range as hydrotropes intended for high-active formulations.
As a hydrotrope, it can improve the compatibility of otherwise difficult-to-mix ingredients within aqueous systems.
This can help formulators incorporate hydrophobic or poorly water-soluble components without relying exclusively on conventional emulsifiers.
Its hydrotropic function is particularly relevant to high-active industrial formulations.
The relatively high solids content of the 55% grade allows the material to provide significant surface activity without introducing excessive amounts of water into the formulation.
The chemical can also provide improved water solubility and lubricity compared with the original fatty acid.
These characteristics are commonly associated with sulfated fatty materials and make sulfated oleic acid useful in both aqueous and partially oil-based systems.
Sulfated Oleic Acid 55% is relevant to industrial lubricant formulations.
Its amphiphilic structure allows it to interact with both aqueous and oil-compatible components while providing useful interfacial and lubricating properties.
It can also be incorporated into metalworking fluids.
In these formulations, its emulsifying and dispersing properties can help maintain the compatibility of water with oil-based components while its fatty-chain structure contributes to lubricity.
Sulfated Oleic Acid 55% can be particularly useful in water-based metal cleaning systems.
Its wetting action helps aqueous solutions contact oily or contaminated metal surfaces more effectively, while its emulsifying properties assist in dispersing removed oils.
Another application is industrial water treatment.
Commercial information identifies sulfated oleic acid products for water-treatment applications, where dispersing, wetting, and surface-active properties can assist formulation performance.
In water-treatment formulations, the surfactant can help improve the distribution of hydrophobic treatment components.
Sulfated Oleic Acid 55% use should nevertheless be evaluated according to the specific treatment chemistry and the applicable environmental requirements.
Sulfated Oleic Acid 55% can also be used in textile wetting and processing formulations.
Sulfated Oleic Acid 55% ability to lower surface tension allows aqueous processing solutions to spread more effectively across textile fibers.
Improved wetting can be particularly valuable during processes where fibers must be uniformly contacted by dyes, auxiliaries, finishing agents, or other treatment chemicals.
More consistent wetting can contribute to improved reproducibility in textile processing.
The chemical can also function as a low-foaming emulsifier.
Controlled foam behavior is valuable in industrial operations because excessive foam can interfere with mixing, pumping, filtration, spraying, and other processing steps.
Its low-foaming behavior makes it suitable for formulations where conventional high-foam surfactants would be undesirable.
This is one reason sulfated oleic acid derivatives are used in industrial rather than primarily household-oriented surfactant applications.
Sulfated Oleic Acid 55% also has applications in paints and coatings.
Its wetting and dispersing functions can assist the incorporation of hydrophobic ingredients and improve the uniformity of aqueous coating formulations.
In coating systems, better wetting can help the formulation spread more uniformly over the substrate.
Sulfated Oleic Acid 55% dispersant function can additionally help maintain a consistent distribution of particulate ingredients throughout the coating.
The chemical can be useful in latex formulations and polymer dispersions.
Its anionic surface activity can support dispersion stability while its wetting properties facilitate interaction between aqueous formulations and hydrophobic polymer particles.
Sulfated Oleic Acid 55% can therefore serve as a formulation aid in polymer-processing systems.
Sulfated Oleic Acid 55% may be selected when the formulation requires a combination of wetting, dispersing, emulsification, and controlled foam rather than a single-purpose surfactant.
Another potential application is in industrial cleaning compounds.
The material can assist water in spreading over oily surfaces and can promote emulsification and dispersion of hydrophobic soils.
Sulfated Oleic Acid 55% fatty-acid-derived structure gives it useful affinity for oils and greasy contaminants.
The sulfated functionality then helps maintain these hydrophobic materials within the aqueous cleaning phase.
Sulfated Oleic Acid 55% can also be used in specialty detergent and degreasing formulations.
Its relatively low-foam character can be advantageous for industrial cleaning equipment where excessive foam would reduce cleaning efficiency or complicate wastewater handling.
The material is also relevant to surface-treatment formulations.
Its ability to modify surface tension can improve contact between aqueous formulations and substrates that are naturally difficult to wet.
Another important characteristic is its suitability for formulations requiring vegetable-derived or bio-based surfactant chemistry.
The commercial SierraSulf OA 55 product is described as being derived from natural oleic acid and positioned as a bio-based anionic surfactant.
This origin can be attractive to formulators seeking fatty-acid-derived alternatives to some conventional petroleum-based surfactants.
However, the overall environmental profile should always be evaluated for the complete formulation rather than inferred solely from the feedstock.
Sulfated Oleic Acid 55% can also be useful as a secondary surfactant in more complex formulations.
Sulfated Oleic Acid 55% can be combined with other surfactants, emulsifiers, dispersants, or hydrotropes when a formulation requires several complementary functions.
Its compatibility with other ingredients depends on factors such as pH, electrolyte concentration, surfactant type, temperature, and the nature of the dispersed phase.
Consequently, formulation testing is generally required before selecting it for a new industrial system.
The material can also be used where high active content and low foam are required simultaneously.
The commercial 55% grade contains approximately 54–56% solids, allowing it to provide a relatively high concentration of functional material in a liquid formulation.
Its relatively high solids content can also reduce the amount of carrier water introduced into a formulation.
This can be beneficial when manufacturers are optimizing storage volume, transportation efficiency, or final formulation concentration.
Sulfated Oleic Acid 55% should also be distinguished from sulfated methyl oleate when selecting a surfactant for a formulation.
The former is based on sulfated oleic-acid chemistry, while the latter originates from methyl oleate, giving the two materials related but chemically distinct structures and performance profiles.
Sulfated Oleic Acid 55% should likewise be distinguished from sodium oleate, which is simply the sodium salt of oleic acid rather than a sulfated derivative.
The introduction of sulfur-containing functionality substantially changes the material's water compatibility and surfactant behavior.
Commercial nomenclature can sometimes create additional confusion because terms such as sulfated oleic acid, sulfonated oleic acid, sodium sulfo-octadecanoate, and sodium sulfated oleate can appear in supplier literature.
For procurement and regulatory purposes, the CAS number and the manufacturer's SDS or technical data sheet should therefore be checked rather than relying solely on the product name.
For the 55% commercial product discussed here, CAS 67998-94-1 is associated with octadecanoic acid, sulfo-, sodium salt, and the corresponding material is also listed under EC 268-062-3.
Sulfated Oleic Acid 55% is a multifunctional fatty-acid-derived anionic surfactant with applications extending beyond conventional detergency.
Its combination of dispersing, suspending, wetting, emulsifying, hydrotropic, low-foaming, and lubricating properties makes it suitable for industrial cleaners, paints and coatings, textile processing, water treatment, latex and polymer systems, lubricants, metalworking fluids, and other specialty formulations.
Uses:
Sulfated Oleic Acid 55% is primarily used as a multifunctional anionic surfactant in industrial formulations where wetting, dispersion, emulsification, and controlled foam are required.
Commercial information specifically identifies it for cleaning compounds, paints and coatings, textile processing, water treatment, latex systems, and lubricants.
One of its main applications is as a dispersing agent.
Sulfated Oleic Acid 55%s anionic surface activity helps improve the distribution of hydrophobic materials and suspended particles throughout aqueous formulations.
Sulfated Oleic Acid 55% can be used in pigment and particulate dispersions.
By improving the wetting of solid surfaces, it can help reduce particle agglomeration and promote a more uniform dispersion.
Sulfated Oleic Acid 55% is also used as a suspending agent in industrial formulations.
This function is particularly relevant when insoluble or poorly water-dispersible materials need to remain distributed throughout a liquid system rather than rapidly settling.
Another important application is as a hydrotrope for high-active formulations.
Sulfated oleic acid products in the 55–80% range are commercially positioned as multifunctional hydrotropes, helping improve the compatibility of difficult-to-mix ingredients in concentrated formulations.
As a hydrotrope, it can assist the incorporation of hydrophobic ingredients into aqueous systems.
This can be valuable when formulators need to maintain a homogeneous formulation without relying entirely on conventional emulsifiers.
Sulfated Oleic Acid 55% is also used as a wetting agent.
Sulfated Oleic Acid 55% ability to lower surface tension allows aqueous formulations to spread more effectively across hydrophobic substrates and solid surfaces.
This wetting function is particularly useful in textile processing.
The surfactant can improve contact between processing liquids and textile fibers, supporting more uniform treatment during wet-processing operations.
In textile formulations, Sulfated Oleic Acid 55% can also assist with the distribution of other processing ingredients.
Improved wetting and dispersion can contribute to more consistent application of dyes, auxiliaries, and finishing chemicals.
The material is also used in industrial cleaning compounds.
Sulfated Oleic Acid 55% surface-active properties help aqueous formulations contact oily surfaces and assist in the emulsification and dispersion of hydrophobic contaminants.
It can be incorporated into degreasing formulations where controlled foam is desirable.
Sulfated Oleic Acid 55% relatively low-foaming behavior can be advantageous in industrial cleaning processes involving pumps, spray equipment, circulation systems, or automated washing equipment.
Sulfated Oleic Acid 55% can also function as a low-foaming emulsifier.
It helps facilitate interaction between oil-compatible and water-compatible components while avoiding some of the excessive foam associated with highly foaming surfactants.
This emulsifying function makes the material useful in oil-in-water formulations.
Sulfated Oleic Acid 55% can help maintain a more uniform distribution of hydrophobic components within an aqueous phase.
Another application area is paints and coatings.
The material can assist the wetting and dispersion of hydrophobic ingredients and particulate materials during formulation and application.
In coating formulations, improved dispersion can contribute to greater formulation uniformity.
Better wetting can also help the coating spread more consistently over the substrate.
Sulfated Oleic Acid 55% can therefore be used as a formulation aid for water-based coatings.
Its multifunctional behavior allows it to contribute to several formulation requirements rather than functioning solely as a conventional detergent surfactant.
The material also has applications in latex systems.
Its anionic surface activity can support the dispersion and stabilization of components in aqueous polymer formulations.
In latex processing, the surfactant can help improve the interaction between the aqueous phase and hydrophobic polymer particles.
This can be useful when maintaining a stable and homogeneous polymer dispersion is important.
Sulfated Oleic Acid 55% is also relevant to lubricant formulations.
Sulfated fatty materials can provide both water compatibility and lubricity, allowing them to function in systems where surface activity and lubrication are required together.
The material can be particularly useful in water-containing lubricant systems.
Sulfated Oleic Acid 55% amphiphilic structure allows it to interact with both aqueous and oil-compatible components while contributing to interfacial control.
Another important application is metalworking fluids.
Sulfated fatty-acid derivatives can function as lubricity additives and emulsifying agents, helping formulate systems in which water and oil-compatible components must work together.
In metalworking applications, the surfactant can help improve wetting of metal surfaces.
Sulfated Oleic Acid 55% fatty-chain structure can also contribute to the lubricating behavior required during machining and other metal-processing operations.
Sulfated Oleic Acid 55% can also be considered for industrial surface-treatment formulations.
Sulfated Oleic Acid 55% ability to modify surface tension can improve contact between aqueous treatment solutions and surfaces that are naturally difficult to wet.
Another use is in water-treatment formulations.
Commercial product information specifically lists water treatment among the application areas for the 55% grade.
In water-treatment systems, its dispersing and wetting functions can help maintain the distribution of formulation components.
The exact use level and suitability depend on the water chemistry and the other treatment chemicals present.
The material can also be used as a secondary surfactant or multifunctional additive.
Sulfated Oleic Acid 55% can be combined with other surfactants, dispersants, emulsifiers, or hydrotropes when a formulation requires several complementary properties.
Sulfated Oleic Acid 55% is particularly useful where low foam and high active content are required at the same time.
The representative commercial grade contains approximately 54–56% solids, allowing a relatively high concentration of functional surfactant to be incorporated into industrial formulations.
Its high solids content can be advantageous in concentrated industrial products.
Sulfated Oleic Acid 55% reduces the amount of carrier water that must be introduced compared with lower-active surfactant solutions.
The chemical can also be used as a lubricity additive in formulations where fatty-acid-derived materials are desirable.
Sulfated products generally provide improved lubricity and water solubility compared with the corresponding unsulfated fatty materials.
This combination is valuable in applications that require both aqueous compatibility and surface lubrication.
Sulfated Oleic Acid 55% allows Sulfated Oleic Acid 55% to contribute to formulation performance without behaving solely as a conventional cleaning surfactant.
Another use is in specialty industrial detergents.
Sulfated Oleic Acid 55% wetting, dispersing, emulsifying, and controlled-foam properties can be combined to formulate cleaners for industrial rather than purely household applications.
Sulfated Oleic Acid 55% can also support formulation stability by improving the interaction between different phases.
This is particularly useful when a product contains oils, suspended solids, polymers, or other ingredients with limited compatibility with water.
Its use in bio-based formulation systems is another relevant feature.
The commercial SierraSulf OA 55 is derived from natural oleic acid and is marketed as a bio-based anionic surfactant.
This makes it attractive for formulators looking for fatty-acid-derived surfactant chemistry.
The environmental profile of the finished product should nevertheless be assessed based on the complete formulation and its intended application.
Sulfated Oleic Acid 55% is also suitable for applications where a single additive needs to perform several formulation functions.
Instead of using separate materials for wetting, dispersion, emulsification, and hydrotropy, one sulfated fatty-acid derivative can potentially contribute to several of these requirements simultaneously.
Sulfated Oleic Acid 55% uses of Sulfated Oleic Acid 55% include industrial cleaning, paints and coatings, textile processing, water treatment, latex and polymer systems, lubricants, metalworking fluids, pigment dispersion, emulsification, and high-active specialty formulations.
Its combination of dispersing, suspending, wetting, emulsifying, hydrotropic, lubricating, and low-foaming properties makes it a versatile specialty surfactant for industrial applications.
Sulfated Oleic Acid 55% can also be used as a suspension aid for concentrated industrial formulations.
Sulfated Oleic Acid 55% anionic surface activity helps maintain finely divided materials throughout a liquid phase and can reduce settling during storage and handling.
This property is useful in formulations containing insoluble pigments, fillers, mineral particles, and other suspended solids.
The surfactant can improve the interaction between these particles and the continuous aqueous phase, supporting more uniform dispersion.
In pigment preparation, Sulfated Oleic Acid 55% can assist the wetting of pigment particles before they are incorporated into a finished coating or formulation.
Better particle wetting can reduce agglomeration and facilitate more efficient mixing.
Sulfated Oleic Acid 55% can also be used as a dispersing component in coating concentrates.
Its surface-active character can help maintain a more homogeneous distribution of particulate ingredients before the final product is diluted or applied.
Another application is in high-active industrial formulations.
Sulfated Oleic Acid 55% is commercially described as a multifunctional hydrotrope for high-active systems, where it can improve compatibility between components that would otherwise have limited miscibility.
This hydrotropic function can be particularly valuable when manufacturers are developing concentrated cleaners and industrial chemical formulations.
Sulfated Oleic Acid 55% can help incorporate hydrophobic ingredients while maintaining a workable liquid formulation.
Sulfated Oleic Acid 55% can also be used as a secondary surfactant.
Sulfated Oleic Acid 55% may be combined with other anionic, nonionic, or specialty surfactants when a formulation needs additional wetting, emulsification, dispersion, or hydrotropic performance.
In industrial degreasing products, the material can assist with the removal of oily contamination.
Its fatty-chain-derived hydrophobic portion interacts with oily residues while the sulfated portion provides compatibility with the aqueous cleaning phase.
This makes it suitable for metal and hard-surface cleaning.
The surfactant can improve contact between the cleaning solution and contaminated surfaces and help keep removed oils dispersed in the wash liquor.
The material can also be incorporated into vehicle and equipment cleaning formulations where controlled foam is beneficial.
Commercial specialty-surfactant portfolios position sulfated surfactants for industrial and institutional cleaning and general-purpose degreasing applications.
Sulfated Oleic Acid 55% can also support emulsion stability in formulations containing oil and water.
Sulfated Oleic Acid 55% amphiphilic structure allows it to accumulate at the oil-water interface and assist in maintaining the dispersed phase.
This makes it useful in industrial emulsions that require controlled foam.
Unlike surfactants selected primarily for rich foam generation, the 55% sulfated oleic acid grade is marketed for applications where low-foaming behavior is desirable.
Sulfated Oleic Acid 55% can also assist with emulsification and wetting of metal surfaces.
These properties can support more uniform contact between the processing fluid and the workpiece.
Sulfated Oleic Acid 55% can therefore contribute to formulations used for machining, forming, and other metal-processing operations.
Sulfated Oleic Acid 55% exact role depends on the formulation and may be combined with corrosion inhibitors, lubricity additives, emulsifiers, and other surfactants.
Sulfated Oleic Acid 55% also has applications in textile wet processing.
Its wetting function can help aqueous treatment baths spread across textile fibers and improve contact between the fiber surface and processing chemicals.
Sulfated Oleic Acid 55% can be incorporated into textile auxiliaries where uniform wetting and dispersion are required.
This can be useful during dyeing, washing, finishing, and other aqueous textile-treatment operations.
The chemical can also assist in the formulation of textile cleaning and scouring systems.
Its ability to interact with hydrophobic contaminants can support the removal and dispersion of oils and processing residues from textile substrates.
Another possible application is in latex and polymer dispersions.
Commercial product information identifies latex systems among the application areas for Sulfated Oleic Acid 55%, reflecting its ability to provide surface activity in aqueous polymer formulations.
Safety Profile:
Sulfated Oleic Acid 55% is generally supplied as an aqueous or concentrated commercial surfactant formulation, and its exact hazard classification can depend on the composition and concentration of the particular grade.
For the representative SierraSulf OA 55 product, the manufacturer describes the material as a high-active sulfated oleic acid surfactant with approximately 54–56% solids and states that it is free of hazardous components.
However, the CAS 67998-94-1 substance itself is classified differently in some chemical safety databases.
ChemicalBook currently lists sodium sulphooctadecanoate under CAS 67998-94-1 with GHS05, the corrosion pictogram, and hazard statement H318: Causes serious eye damage.
This difference highlights the importance of distinguishing the commercial 55% formulation from the individual chemical substance.
The product-specific SDS should always take precedence when determining the workplace classification of a particular Sulfated Oleic Acid 55% grade.
The most important potential hazard associated with the concentrated sulfated material is eye exposure.
Direct contact with the eyes can cause significant irritation and, depending on the concentration and exact composition, may result in serious eye damage.
Eye protection should therefore be used whenever Sulfated Oleic Acid 55% is transferred, mixed, diluted, or otherwise handled in an operation where splashing can occur.
Chemical-resistant safety goggles are preferable to ordinary safety glasses when there is a realistic risk of liquid splashing.
If the product enters the eyes, the eyes should be rinsed immediately and thoroughly with water.
Contact lenses should be removed when this can be done easily, and medical attention should be obtained if irritation or injury persists.
The possibility of eye damage becomes particularly important when handling concentrated material or undiluted commercial product.
Dilution can change the practical hazard, but the concentration at which a formulation becomes less irritating should not be assumed without reference to the applicable SDS.
Skin exposure should also be minimized during routine industrial handling.
Although the available product information does not identify skin toxicity as the principal hazard of the 55% commercial grade, prolonged contact with concentrated surfactant formulations can cause irritation in susceptible individuals.
Supply Of Sulfated Oleic Acid 55%:
For further information about Sulfated Oleic Acid 55%, including available product grades, technical specifications, application suitability and supply options, please contact Ataman Kimya.
