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Sulfated Castor Oil 75% is an anionic surfactant.
Sulfated Castor Oil 75%, commonly known as Turkey Red Oil, is a chemically modified derivative of castor oil that functions primarily as an anionic surfactant, wetting agent, emulsifier, dispersant, and lubricant.
Sulfated Castor Oil 75% is produced by treating castor oil with sulfuric acid and subsequently neutralizing the reaction mixture, creating sulfate-containing derivatives of the fatty components of the oil.
CAS Number: 8002-33-3
Molecular Formula: C18H32Na2O6S
Molecular Weight: 422.489990234375
EINECS Number: 232-306-7
Synonyms: red turkey oil;Sulfonated tor oil;NICOTINIC ACID ABS/TRANS STD (RSPEC0027);Turkey red oil sodium salt, CP,70%;TURKEY RED OIL;TURKEY RED OIL SODIUM SALT;Castoroil,sulfated;sulfonated castor oil
Sulfated Castor Oil 75% generally refers to the approximate active or non-volatile content of the commercial product rather than the concentration of a single pure molecular compound.
Because sulfated castor oil is derived from a natural triglyceride feedstock and contains a mixture of modified glycerides, it is considered a complex substance rather than a single discrete molecule.
Sulfated Castor Oil 75% is usually supplied as a clear, light amber to amber viscous liquid.
Sulfated Castor Oil 75% grade has approximately 67–70% non-volatile solids, around 24–33% moisture, and an apparent activity of approximately 75%.
The material is particularly distinctive because its modified structure gives castor oil derivatives strong affinity for both oily and aqueous phases.
This allows Sulfated Castor Oil to disperse readily in water and form stable emulsions, making it useful where conventional vegetable oils would separate from an aqueous formulation.
Unlike ordinary castor oil, which is essentially water-insoluble, sulfated castor oil behaves as an anionic surface-active material.
Its amphiphilic character enables it to reduce interfacial tension and improve the penetration, spreading, wetting, and dispersion of other ingredients.
The commonly assigned CAS Number for sulfated castor oil is 8002-33-3, while EINECS/EC Number 232-306-7 is associated with castor oil, sulfated.
However, different commercial grades and regulatory databases may also reference other CAS/EC identifiers because the substance is a complex reaction product rather than a single defined molecule.
Common synonyms include Sulfated Castor Oil, Sulphonated Castor Oil, Sulfonated Castor Oil, Turkey Red Oil, Turkey-Red Oil, Castor Oil Sulfate, Castor-Oil Sulfated Sodium Salt, and Sulforicinolate Sodium Salt.
“Turkey Red Oil” is one of the most widely used commercial names for this class of castor-oil derivative.
The reported molecular formula and molecular weight should be treated cautiously because sulfated castor oil is a UVCB-type complex substance rather than a pure compound with one fixed molecular structure.
Some databases provide representative formulas such as C18H32Na2O6S and a molecular weight around 422.49 g/mol, but these values should not be interpreted as the molecular formula of every commercial 75% grade.
The principal chemistry is related to the hydroxyl functionality of ricinoleic acid, the characteristic fatty acid of castor oil.
Sulfation modifies these hydroxyl-containing components and introduces sulfur-containing hydrophilic groups that give the resulting material its surfactant properties.
Sulfated Castor Oil 75% is normally a clear, viscous, light amber to amber liquid.
Sulfated Castor Oil 75% as a clear viscous liquid, while commercial 75% specifications commonly identify the appearance as a clear light amber oil.
Sulfated Castor Oil 75% has good compatibility with water compared with untreated castor oil.
Commercial specifications commonly describe it as readily soluble or dispersible in water, with some highly sulfated grades reported as completely miscible under the specified testing conditions.
A typical 75% specification gives a pH of approximately 6.0–8.0 for a 10% aqueous solution.
This near-neutral behavior makes appropriately neutralized grades suitable for many textile, leather, cleaning, coating, and formulation processes.
Representative specifications for a 75% grade include a specific gravity of approximately 1.040–1.050, moisture around 24–33%, free fatty acids around 15–35 mg KOH/g or comparable grade-specific limits, and combined SO₃ around 3.5–4.5%.
Actual values can vary considerably according to the degree of sulfation, neutralization level, raw material quality, and manufacturer specification.
The material provides a combination of wetting, emulsification, dispersion, detergency, and lubricating properties.
These characteristics explain its continued use in textile processing, leather treatment, metalworking fluids, paints, inks, cleaning formulations, and other industrial applications.
Sulfated castor oil is also valued for its ability to maintain useful performance in the presence of certain mineral salts and hard-water conditions.
Its wetting and acid-resistance characteristics can be advantageous compared with conventional soap-based systems in specific industrial processes.
The effectiveness of Sulfated Castor Oil 75% comes from its amphiphilic structure.
The hydrophobic portion originates from the long-chain fatty components of castor oil, while the sulfate-containing portion provides a strongly hydrophilic character that interacts with water.
When introduced into an aqueous system, the surfactant molecules concentrate at interfaces between water and oils, pigments, dyes, or other hydrophobic materials.
This lowers interfacial tension and makes it easier for these materials to become dispersed or emulsified throughout the formulation.
In textile processing, this behavior helps water and dye formulations penetrate fibers more effectively.
The product can therefore assist with dye leveling, wetting, lubrication, and uniform treatment of textile substrates.
In coatings and inks, Sulfated Castor Oil can improve the wetting and dispersion of pigments and other poorly water-compatible components.
This can contribute to more uniform formulations and better distribution of pigments throughout the liquid phase.
The same interfacial activity explains its usefulness as an emulsifier.
Sulfated Castor Oil 75% can help maintain mixtures containing water and hydrophobic oils that would otherwise separate rapidly.
Sulfated Castor Oil is therefore more than simply a modified vegetable oil.
It is an oil-derived functional surfactant whose value comes from combining the lubricating characteristics of castor-oil chemistry with the wetting and emulsifying behavior introduced through sulfation.
The material has a long history in textile processing and is particularly associated with Turkey Red Oil treatment.
Historically, sulfated castor oil was used to make cotton more receptive to dyes and remains relevant as a dyeing auxiliary, wetting agent, lubricant, and textile finishing ingredient.
Modern commercial grades are available at different active concentrations, including approximately 50%, 70%, and 75% grades.
The precise specification is important because sulfation level, active content, pH, free fatty acid content, and inorganic salt content influence the final performance.
Sulfated Castor Oil 75% is particularly attractive for manufacturers looking for a bio-derived surfactant with emulsifying and lubricating functionality.
Its natural castor-oil origin and biodegradable grades have also contributed to its continued use in formulations where vegetable-derived raw materials are desirable.
Sulfated Castor Oil 75% can be described as a high-active, water-dispersible anionic surfactant derived from castor oil, with important roles in wetting, emulsification, dispersion, detergency, lubrication, and surface treatment.
Its combination of renewable raw-material origin and multifunctional performance makes it useful across textile, leather, coatings, inks, metalworking, cleaning, and specialty formulation industries.
Boiling point: 121.7 °C (at 101 325 Pa)
Density: 1.06 g/mL at 20 °C
Vapor pressure: 0 Pa at 25 °C
Flash point: 109 °C
Storage temp.: 2-8 °C
Form: Viscous Liquid
Color: Light yellow to yellow
Viscosity: 64.961 mm2/s
Water solubility: 1 g/L at 25 °C
Cosmetics Ingredients Functions: SURFACTANT - CLEANSING; CLEANSING; HUMECTANT; SURFACTANT - EMULSIFYING
InChIKey: GBHFRFNAIRYOIZ-DYWXVWDYNA-L
SMILES: [Na+].[Na+].C([O-])(=O)CCCCCCC/C=C\CC@@HO |&1:15,r|
LogP: 1.4 at 25 °C
Sulfated Castor Oil 75% is particularly valued for combining oil-like lubricity with water-compatible surfactant behavior.
Sulfated Castor Oil 75% useful in formulations where lubrication, wetting, emulsification, and dispersion are required within the same aqueous processing system.
The raw material is based on castor oil, which is naturally rich in triglycerides containing ricinoleic acid.
Ricinoleic acid has a hydroxyl group that provides a reactive site for chemical modification and is one of the main reasons castor oil is suitable for producing sulfated derivatives.
Sulfated Castor Oil 75% is introduced under controlled conditions to modify the hydroxyl-containing fatty components.
The resulting acidic sulfate material is subsequently neutralized, commonly using a sodium-containing base, to obtain a water-compatible sulfated castor oil product.
The degree of sulfation has an important influence on the final properties.
Changes in sulfation can affect water dispersibility, surface activity, electrolyte tolerance, viscosity, and emulsification behavior, so commercial products should always be evaluated according to their individual specifications.
Sulfated Castor Oil 75% designation is important from a formulation perspective because it indicates a relatively concentrated commercial grade.
Sulfated Castor Oil 75% does not mean that 75% of the material consists of one chemically pure sulfated castor oil molecule.
Because castor oil contains several triglyceride species, the sulfated product also contains a distribution of related components.
Its composition can include sulfated glycerides, partially sulfated derivatives, unreacted fatty components, water, and inorganic salts depending on the manufacturing process and commercial grade.
This compositional complexity is one reason sulfated castor oil is generally described using functional and specification-based parameters rather than a single molecular structure.
Parameters such as active matter, moisture, sulfate content, pH, acid value, specific gravity, and appearance are often more useful for industrial quality control.
One of the most important characteristics of Sulfated Castor Oil 75% is its anionic surface activity.
The sulfate-containing groups interact strongly with water, while the long hydrocarbon portions interact with oils and other hydrophobic substances.
At an oil-water interface, the surfactant molecules can orient themselves between the two phases.
This reduces interfacial tension and assists the formation of smaller and more stable dispersed droplets.
The same mechanism contributes to its wetting performance.
When applied to a solid substrate, the surfactant can help an aqueous solution spread across the surface rather than forming isolated droplets.
This property is particularly valuable when treating materials such as textile fibers, leather, pigments, fillers, mineral surfaces, and coated substrates.
Improved wetting can increase contact between the processing liquid and the substrate and promote more uniform treatment.
Sulfated Castor Oil 75% can also contribute to dispersion by helping prevent hydrophobic particles or droplets from rapidly coming together.
This makes it useful in systems where maintaining a relatively uniform distribution of oils, pigments, or other components is important.
Textile manufacturing remains one of the established application areas for sulfated castor oil.
Sulfated Castor Oil 75% can be used as a wetting agent, emulsifier, dyeing auxiliary, lubricant, and finishing aid.
During dyeing, efficient wetting of the fiber is essential for achieving uniform penetration of the dye liquor.
Sulfated Castor Oil can help the aqueous processing solution contact the textile surface more effectively and contribute to more consistent dye distribution.
Sulfated Castor Oil 75%s lubricating characteristics are also useful during textile processing.
The fatty character of the material can reduce friction between fibers and processing equipment, which may help improve handling and reduce mechanical stress on the material.
In textile finishing formulations, it can contribute to softness, smoothness, lubrication, and surface feel.
The exact effect depends strongly on concentration, textile type, formulation composition, and processing conditions.
Sulfated Castor Oil is also used in leather treatment and leather finishing.
Its combination of water compatibility and fatty character makes it suitable for processes where oils need to be introduced into leather from an aqueous bath.
Sulfated Castor Oil 75% can act as a fatliquoring agent, helping introduce lubricating substances into the leather structure.
This can improve flexibility and reduce the dry or stiff character that can develop after certain leather-processing stages.
The emulsifying properties are particularly useful because conventional oils have limited compatibility with water.
Sulfation allows the oil-derived material to be incorporated into aqueous processing systems and distributed more uniformly through the leather.
In coatings and paint formulations, Sulfated Castor Oil 75% can function as a wetting and dispersing aid.
Sulfated Castor Oil 75%s surface-active behavior can help improve the interaction between the liquid formulation and solid pigments or substrates.
Good pigment wetting is important for achieving uniform pigment distribution.
Poor wetting can result in agglomeration, uneven coloration, sedimentation, and inconsistent coating performance.
Sulfated Castor Oil 75% can therefore be incorporated into selected formulations where improved dispersion and substrate wetting are required.
Sulfated Castor Oil 75%s suitability depends on the resin system, pigment chemistry, pH, electrolyte concentration, and other additives present in the coating.
Sulfated Castor Oil 75% can also have applications in printing inks, particularly where wetting and dispersion of hydrophobic components are important.
Its surfactant characteristics can help promote more uniform distribution of certain ingredients throughout the ink system.
Proper wetting can influence pigment dispersion and the way an ink interacts with a substrate.
This is particularly relevant when consistent color development and surface coverage are required.
Sulfated castor oil derivatives have also been used as emulsifying and wetting agents in agricultural formulations.
Their surface activity can assist the distribution of hydrophobic active ingredients in water-based systems.
A surfactant can improve spreading over plant surfaces and assist the formation of more uniform spray droplets or dispersions.
Suitability for a particular agricultural formulation depends on regulatory approval, formulation compatibility, crop use, and the exact commercial grade.
Another application area is metalworking fluids and industrial lubricating formulations.
The fatty portion of sulfated castor oil contributes lubricity, while the sulfate functionality provides compatibility with water-based systems.
This combination can be useful when a manufacturer wants some of the lubricating behavior associated with vegetable oils without using an entirely oil-based formulation.
The material can therefore serve as a multifunctional additive rather than simply acting as a conventional lubricant.
Sulfated Castor Oil 75% can also contribute to cleaning formulations through its wetting, emulsification, and detergency-related properties.
Sulfated Castor Oil 75% can assist water in contacting oily or hydrophobic soils and help disperse oily material after it has been removed from a surface.
This is particularly relevant to formulations containing oils, greases, or other poorly water-compatible components.
The material may be selected when both surfactant activity and an oil-derived lubricating character are desirable.
The performance of Sulfated Castor Oil 75% is influenced by the other ingredients in the formulation.
pH, electrolyte concentration, water hardness, temperature, surfactant combinations, and the presence of polymers or solvents can all affect its behavior.
Compatibility testing is therefore important before introducing a particular grade into a commercial formulation.
Two products both described as “75% sulfated castor oil” may not perform identically because their sulfation degree, neutralization, moisture, and impurity profiles can differ.
For industrial purchasing, manufacturers commonly evaluate active content, pH, moisture, specific gravity, sulfate content, acid value, viscosity, color, and water solubility or dispersibility.
These parameters provide a more meaningful basis for comparing suppliers than the commercial name alone.
A significant characteristic of Sulfated Castor Oil is its vegetable-oil origin.
Sulfated Castor Oil 75% is obtained from castor beans and contains a naturally high proportion of ricinoleic acid, making it an unusual renewable feedstock for surfactant production.
This renewable origin can be attractive to manufacturers developing formulations with a higher proportion of bio-derived ingredients.
Nevertheless, the environmental profile of the final product depends not only on the raw material but also on the sulfation process, formulation, manufacturing conditions, and disposal pathway.
Sulfated Castor Oil 75% is best understood as a multifunctional anionic surfactant derived from castor oil rather than as a single pure chemical compound.
Its combination of water compatibility, wetting, emulsification, dispersion, and lubrication explains its continued use in textile, leather, coatings, inks, agricultural formulations, cleaning products, and industrial lubrication systems.
Sulfated Castor Oil 75% has the functions of dispersing, lubricating, emulsifying, etc.
Sulfated Castor Oil 75% is mainly used as oil agent for fiber fabrics, dyeing auxiliary, fiber treatment agent, smoothing agent, and also used as pesticide emulsifier and metal processing emulsifier.
The sulfonated castor oil used in papermaking coatings is required to impart good fluidity and paintability to the coating, improve the water retention of the coating, and control the migration and penetration of the coating liquid to the surface of the base paper, so as to enhance the bonding strength between the coating and the base paper.
Uses:
Sulfated Castor Oil 75% is used in several applications where it functions as wetting agent, dispersing agent, levelling agent and detergent.
Sulfated Castor Oil 75% is a surfactant used as a cleansing agent.
Sulfated Castor Oil 75% is widely used in the textile industry as a wetting agent, emulsifier, dyeing auxiliary, dispersant, and lubricant.
Sulfated Castor Oil 75% helps processing liquids spread more evenly over textile fibers and can support uniform penetration of dyes and finishing chemicals.
Sulfated Castor Oil 75% can improve the wetting of cotton, wool, synthetic fibers, and blended fabrics.
Its surface-active properties help the dye bath make more effective contact with the fiber surface, supporting more consistent coloration and reducing uneven treatment.
Sulfated Castor Oil 75% is also used as a textile finishing auxiliary.
Its lubricating and fatty characteristics can contribute to a smoother handle, improved softness, and reduced friction during textile processing.
Sulfated Castor Oil 75% has an established role in leather processing, particularly in fatliquoring and finishing operations.
Sulfated Castor Oil 75% helps introduce oil-derived lubricating components into leather from aqueous processing baths and can contribute to flexibility, softness, and a more uniform surface feel.
In leather formulations, its emulsifying properties allow oily components to be distributed more effectively throughout water-based systems.
This makes it useful when manufacturers need to combine lubrication with good water dispersibility.
The chemical is also used in paints and coatings as a wetting and dispersing auxiliary.
Sulfated Castor Oil 75% can help improve the distribution of pigments and other hydrophobic components within the formulation.
Improved pigment wetting can contribute to better color uniformity and reduced agglomeration.
Sulfated Castor Oil 75% can also help the coating formulation spread more effectively over certain substrates.
In printing ink manufacturing, Sulfated Castor Oil can be used to assist pigment wetting, dispersion, and formulation stability.
Its surface-active properties are particularly useful when hydrophobic ingredients need to be incorporated into a more water-compatible system.
The material can be incorporated into selected water-based and specialty ink formulations where control of interfacial behavior is important.
The appropriate dosage depends on pigment type, binder chemistry, solvent system, pH, and the performance requirements of the finished ink.
Sulfated Castor Oil 75% is also used in agricultural formulations as a wetting, emulsifying, and dispersing auxiliary.
Sulfated Castor Oil 75% can help improve the distribution of poorly water-soluble ingredients in aqueous spray systems.
Its surfactant action can improve the spreading and wetting of treatment solutions on plant surfaces.
However, the suitability of a specific sulfated castor oil grade depends on the agricultural active ingredient, formulation requirements, and applicable regulations.
Another important application is found in metalworking fluids and industrial lubricants.
The combination of fatty-chain lubricity and water compatibility makes sulfated castor oil useful in selected water-based lubrication systems.
Sulfated Castor Oil 75% can help reduce friction between metal surfaces and contribute to the lubricating performance of industrial formulations.
It may also be incorporated where emulsification and wetting are required together with lubrication.
Sulfated Castor Oil 75% can be used in cleaning and detergent formulations because of its wetting and emulsifying properties.
Sulfated Castor Oil 75% can help water contact oily surfaces more efficiently and assist in dispersing oils and greasy contaminants.
The product may also be useful in formulations designed for industrial surface cleaning and degreasing.
Its performance depends on the other surfactants, builders, solvents, alkalinity, and additives present in the finished formulation.
In the soap and surfactant industry, sulfated castor oil can serve as a specialized anionic surfactant.
Sulfated Castor Oil 75% can be combined with other surfactants to modify wetting, emulsification, detergency, and formulation characteristics.
Sulfated Castor Oil is also relevant to cosmetic and personal-care formulations, particularly where an emulsifying or dispersing function is required.
Its use is highly dependent on the specific grade, purity, regulatory status, and intended product category.
The material can be used in certain oil-in-water and water-containing formulations because its modified fatty structure provides better interaction with aqueous phases than conventional castor oil.
This allows formulators to incorporate oil-derived functionality into systems where untreated vegetable oil would have limited compatibility.
In polish and surface-treatment products, Sulfated Castor Oil can provide wetting, emulsification, and lubrication.
These properties can be useful when a formulation needs to distribute oily components evenly across a treated surface.
Sulfated Castor Oil 75% can also be used in dye and pigment processing as a dispersing or wetting auxiliary.
Improved wetting helps pigments and dyes interact more uniformly with the surrounding liquid phase and can support consistent processing performance.
Sulfated Castor Oil 75% has applications in paper and pulp processing, where surfactants and wetting agents are used to control the interaction between aqueous processing solutions and fibrous materials.
Sulfated Castor Oil may assist wetting, emulsification, and surface treatment in selected paper-processing formulations.
Sulfated Castor Oil 75% can also be used in industrial emulsions where a stable distribution of oil-derived components in water is required.
Its amphiphilic character allows it to function at the oil-water interface and help maintain a more uniform dispersion.
In adhesives and specialty formulations, Sulfated Castor Oil may be selected as a wetting or emulsifying auxiliary.
It can help improve the distribution of hydrophobic components and influence the interaction between the formulation and the substrate.
Sulfated Castor Oil 75% is also useful in chemical formulations requiring a bio-derived surfactant component.
Because its primary feedstock is castor oil, it can be considered when manufacturers are looking for vegetable-oil-derived alternatives for certain surfactant and emulsification functions.
Sulfated Castor Oil 75% is a versatile industrial ingredient used primarily for its wetting, emulsifying, dispersing, detergency, and lubricating properties.
Its major application areas include textiles, leather, paints and coatings, printing inks, agricultural formulations, metalworking fluids, cleaning products, pigments, dyes, paper processing, and other specialty industrial formulations.
Sulfated Castor Oil 75% is also used in textile auxiliary formulations where several processing functions need to be achieved with one ingredient.
Sulfated Castor Oil 75% can provide wetting, emulsification, lubrication, and dispersion while helping other textile chemicals distribute more uniformly through the treatment bath.
In cotton processing, it can assist the penetration of aqueous solutions into the fiber structure.
This can be useful during dyeing, finishing, and other wet-processing operations where consistent contact between the treatment liquor and textile material is required.
Sulfated Castor Oil 75% can also be incorporated into wool and synthetic textile processing.
Its surface-active properties can help improve the distribution of dyes, oils, and finishing components over the fiber surface.
Sulfated Castor Oil is used in some textile printing formulations to improve wetting and dispersion.
Better wetting can help printing pastes spread more uniformly and contribute to consistent color application across the fabric.
Sulfated Castor Oil 75% can also serve as an auxiliary in dye preparation and dye-bath formulations.
Its emulsifying and dispersing action can help maintain a more homogeneous system when oils or other hydrophobic ingredients are present.
In the leather industry, Sulfated Castor Oil 75% can be used together with other fatliquors and leather-processing oils.
Sulfated Castor Oil 75% helps these components become more compatible with aqueous processing systems and can contribute to a softer and more flexible leather structure.
Sulfated Castor Oil 75% can be particularly useful in leather finishing emulsions where uniform distribution of oily materials is important.
Its surface activity helps reduce separation between the aqueous phase and hydrophobic ingredients.
Sulfated Castor Oil can also be used in rubber and elastomer processing as a wetting, dispersing, or lubricating auxiliary in selected formulations.
Its fatty character can provide lubrication during processing while its surface-active groups improve interaction with aqueous components.
In rubber latex formulations, surfactant properties can be useful for maintaining the dispersion of hydrophobic additives.
The exact application depends on the latex type, filler system, stabilizers, and processing conditions.
The product can be incorporated into pigment dispersions used for industrial coloring systems.
Sulfated Castor Oil 75% can improve the wetting of pigment particles and help reduce the tendency of poorly wetted particles to form larger agglomerates.
This makes Sulfated Castor Oil relevant to the manufacture of color concentrates, pigment preparations, and specialty colorants.
Its effectiveness depends on pigment surface chemistry and compatibility with the other dispersants and binders in the system.
In floor and surface-care products, sulfated castor oil can provide emulsifying and wetting functionality.
Sulfated Castor Oil 75% may help distribute oily components and improve the interaction between the formulation and treated surfaces.
It can also be used in certain polishing and dressing formulations.
Its lubricating character can contribute to surface conditioning while its surfactant functionality helps maintain a uniform formulation.
Sulfated Castor Oil 75% has applications in industrial emulsifiers, particularly where vegetable-oil-derived functionality is desired.
Sulfated Castor Oil 75% can assist in forming and maintaining dispersions of oils in water and may be combined with other surfactants to achieve the required emulsion characteristics.
In metal surface treatment, its wetting properties can help aqueous formulations make more uniform contact with metal substrates.
This can be useful in selected cleaning, treatment, lubrication, and finishing processes.
The chemical can also appear in corrosion-control and metal-treatment formulations as a formulation auxiliary rather than necessarily being the primary
corrosion inhibitor.
Its role may involve improving wetting, emulsification, or distribution of other functional ingredients across the metal surface.
In drilling and industrial fluid systems, sulfated castor oil derivatives can be considered where emulsification and lubrication are required.
The fatty structure can provide lubricating characteristics while the modified groups allow better compatibility with water-containing systems.
Safety Profile:
Sulfated Castor Oil 75% should be handled as an irritating industrial chemical, particularly when the concentrated product comes into direct contact with the skin or eyes.
Current classification information for sulfated castor oil identified by CAS 8002-33-3 lists Skin Irrit. 2 (H315) and Eye Irrit. 2 (H319).
The main occupational hazard is skin irritation.
Repeated or prolonged contact can remove natural oils from the skin and cause redness, dryness, burning, itching, or discomfort, so unnecessary direct contact should be avoided.
Eye exposure is a more significant concern because the material is classified as capable of causing serious eye irritation.
Splashes can produce redness, watering, burning, and persistent irritation, making suitable eye protection important during industrial handling.
Protective gloves should be used when handling concentrated Sulfated Castor Oil 75%.
Chemical-resistant gloves can reduce the likelihood of prolonged skin contact during transferring, weighing, mixing, and filling operations.
Protective eyewear is recommended during production and laboratory handling.
Safety glasses with appropriate side protection can help prevent accidental splashes from reaching the eyes, while a face shield may be appropriate when there is a greater risk of splash exposure.
Although Sulfated Castor Oil 75% is generally supplied as a viscous liquid, aerosols, mist, or spray can potentially be generated during pumping, high-speed mixing, spraying, or pressurized transfer.
These conditions should be controlled through suitable ventilation and appropriate engineering measures.
Inhalation is not normally the primary exposure route for a non-aerosolized liquid.
However, breathing mist or spray should be avoided because the precautionary information for sulfated castor oil recommends avoiding inhalation of generated mist, vapor, or spray.
If inhalation of a significant amount of mist occurs, the affected person should be moved to fresh air and kept comfortable for breathing.
Medical attention should be obtained if respiratory discomfort or other symptoms persist.
Accidental ingestion should also be avoided.
Although the principal documented classification concerns skin and eye irritation rather than acute systemic toxicity, industrial sulfated castor oil should not be intentionally ingested and contaminated material should not be consumed.
Supply Of Sulfated Castor Oil 75%:
For further information about Sulfated Castor Oil 75%, including available product grades, technical specifications, application suitability and supply options, please contact Ataman Kimya.
