AGNIQUE CSO-30

Agnique CSO-30 is a castor-oil-based nonionic surfactant primarily employed as an emulsifier, solubilizing agent, wetting aid, and formulation adjuvant.
Agnique CSO-30 is produced by reacting castor oil with an average of approximately 30 moles of ethylene oxide, creating a balanced combination of hydrophobic fatty chains and hydrophilic polyoxyethylene groups.
Agnique CSO-30 supports oil–water emulsification, ingredient compatibility, particle wetting, spray-deposit performance, and interfacial stabilization in agricultural and industrial formulations.

CAS Number: 61791-12-6
EC Number: 500-151-7
Molecular Formula: Not represented by one fixed formula; generalized as C₅₇H₁₀₄O₉(CH₂CH₂O)n, where n is approximately 30
Molecular Weight: Variable; the nominal theoretical average is approximately 2,255 g/mol for a triglyceride structure containing about 30 EO units

SYNONYMS

Agnique CSO-30, Agnique® CSO-30, Agnique CSO 30, Agnique CSO30, CSO-30, CSO 30, BASF Agnique CSO-30, Castor Oil Ethoxylate 30 EO, Ethoxylated Castor Oil 30 EO, Castor Oil Plus 30 EO, Castor Oil + 30 EO, PEG-30 Castor Oil, Polyethylene Glycol 30 Castor Oil, Polyoxyethylene 30 Castor Oil, Polyoxyethylene (30) Castor Oil, POE 30 Castor Oil, POE-30 Castor Oil, PEO 30 Castor Oil, PEO-30 Castor Oil, Castor Oil Polyethoxylate 30, Polyethoxylated Castor Oil, Polyoxyethylated Castor Oil, Castor Oil Polyoxyethylene Ether, Polyoxyethylene Castor Oil Ether, Castor Oil Ethylene Oxide Adduct, Ethylene Oxide Adduct of Castor Oil, Castor Oil Ethylene Oxide Condensate, Ethoxylated Ricinolein, Polyethoxylated Ricinolein, Ethoxylated Ricinoleic Triglyceride, Polyethoxylated Ricinoleic Triglyceride, Ethoxylated Glycerol Triricinoleate, Polyoxyethylene Glycerol Triricinoleate, Nonionic Castor Oil Surfactant, Castor-Oil-Based Nonionic Emulsifier, Renewable Castor Oil Emulsifier, Agricultural Nonionic Emulsifier, Agrochemical Formulation Surfactant, Oil-in-Water Emulsifier, Technical Solubilizing Agent, Technical Wetting Agent, UVCB Ethoxylated Castor Oil, BASF Product Number 30535425, CAS 61791-12-6, EC 500-151-7

APPLICATIONS

Agnique CSO-30 serves as a general-purpose nonionic emulsifier in formulations containing hydrophobic active ingredients and organic carrier phases.
Agnique CSO-30 lowers interfacial tension between oil and water, thereby reducing the mechanical energy required to form dispersed droplets.
Agnique CSO-30 supports uniform distribution of oil-soluble materials when concentrated products are diluted with water.
Agnique CSO-30 provides formulation flexibility through compatibility with many anionic and additional nonionic surfactants.

Agnique CSO-30 functions as an emulsifier in emulsifiable-concentrate formulations designed to produce oil-in-water emulsions during field dilution.
Agnique CSO-30 promotes spontaneous or agitation-assisted dispersion of pesticide-containing organic phases throughout the aqueous carrier.
Agnique CSO-30 contributes to smaller and more consistent droplets when the solvent, active ingredient, and co-emulsifier package are properly balanced.
Agnique CSO-30 supports dilution stability across validated water qualities, temperatures, concentrations, and mixing conditions.

Agnique CSO-30 finds application in emulsion-in-water formulations containing an organic internal phase dispersed within a continuous aqueous phase.
Agnique CSO-30 stabilizes the oil–water interface and helps reduce droplet coalescence during production and storage.
Agnique CSO-30 enables formulators to develop water-containing products with reduced dependence on rapidly evaporating organic solvents.
Agnique CSO-30 contributes to controlled droplet size, pourability, dilution behavior, and active-ingredient distribution.

Agnique CSO-30 serves as an interfacial stabilizer in suspo-emulsion formulations containing both emulsified liquids and suspended pesticide particles.
Agnique CSO-30 promotes compatibility among organic droplets, hydrophobic solids, water, and formulation auxiliaries.
Agnique CSO-30 helps reduce uncontrolled aggregation when combined with suitable dispersants and rheology modifiers.
Agnique CSO-30 supports homogeneous dosing of active ingredients having different physical forms within one formulation.

Agnique CSO-30 functions as an emulsification component in oil-dispersion formulations containing solid active ingredients suspended in a hydrophobic phase.
Agnique CSO-30 assists particle wetting before dedicated dispersants and rheological additives establish long-term suspension stability.
Agnique CSO-30 promotes emulsification of the oil phase when the concentrate is subsequently diluted with water.
Agnique CSO-30 helps balance particle wetting, oil compatibility, redispersibility, and spray-tank dilution performance.

Agnique CSO-30 serves as a wetting aid in suspension concentrates containing finely divided hydrophobic active-ingredient particles.
Agnique CSO-30 helps displace air from particle surfaces during premixing, incorporation, and milling.
Agnique CSO-30 facilitates more uniform contact between solid particles and the surrounding liquid phase.
Agnique CSO-30 complements polymeric or anionic dispersants without replacing the stabilization required for long-term suspensibility.

Agnique CSO-30 functions as a co-emulsifier with calcium dodecylbenzene sulfonate and other compatible anionic surfactants.
Agnique CSO-30 provides steric stabilization at the oil–water interface while the anionic component contributes electrostatic stabilization.
Agnique CSO-30 broadens the effective hydrophilic–lipophilic balance of combined agricultural emulsifier packages.
Agnique CSO-30 enables optimization of spontaneous emulsification, droplet fineness, hard-water tolerance, and temperature stability.

Agnique CSO-30 finds application in herbicide formulations containing active ingredients with limited water solubility.
Agnique CSO-30 helps transfer dissolved herbicidal ingredients from an organic concentrate into a stable aqueous spray emulsion.
Agnique CSO-30 supports consistent active delivery by limiting floating oil, rapid creaming, and uncontrolled phase separation.
Agnique CSO-30 enables herbicide-formulation development when active solubility, crop selectivity, storage stability, and regulatory suitability have been confirmed.

Agnique CSO-30 serves as a nonionic emulsification aid in fungicide concentrates containing hydrophobic active ingredients.
Agnique CSO-30 facilitates incorporation of oil-soluble fungicides into emulsifiable concentrates and emulsion-in-water products.
Agnique CSO-30 supports uniform dilution across the water temperatures and hardness levels established during formulation testing.
Agnique CSO-30 contributes to active distribution while biological efficacy remains dependent on the complete registered formulation.

Agnique CSO-30 functions as an emulsifier in insecticide and acaricide formulations containing hydrophobic active substances.
Agnique CSO-30 promotes distribution of the active-containing organic phase throughout the spray mixture.
Agnique CSO-30 contributes to consistent dosing by helping maintain emulsion uniformity during agitation and application.
Agnique CSO-30 allows the emulsifier balance to be adjusted according to solvent polarity, active chemistry, and dilution ratio.

Agnique CSO-30 finds application in multi-active agricultural products containing active ingredients with different solubility and interfacial requirements.
Agnique CSO-30 supports a shared organic phase capable of carrying compatible hydrophobic actives at commercially useful concentrations.
Agnique CSO-30 contributes to uniform dilution when all active ingredients remain dissolved or appropriately dispersed during storage and use.
Agnique CSO-30 enables complex formulations to be evaluated through solubility, crystallization, emulsion, and biological-performance testing.

Agnique CSO-30 serves as an emulsifier in solvent systems containing fatty acid methyl esters, fatty acid dimethylamides, hydrocarbons, ketones, alcohols, and aromatic carriers.
Agnique CSO-30 connects compatible organic solvent blends with the aqueous phase formed during dilution.
Agnique CSO-30 allows active-ingredient solvency and emulsion stability to be optimized as separate formulation parameters.
Agnique CSO-30 supports lower-volatility formulation concepts when combined with suitable high-boiling solvents.

Agnique CSO-30 functions as a processing surfactant in water-dispersible granules containing hydrophobic active ingredients.
Agnique CSO-30 supports ingredient wetting during kneading, extrusion, granulation, or agglomeration.
Agnique CSO-30 contributes to faster water penetration when the finished granules are introduced into a spray tank.
Agnique CSO-30 enables granule wetting to be balanced with binder strength, flowability, drying, and disintegration behavior.

Agnique CSO-30 finds application in wettable-powder formulations requiring rapid penetration of water into powder agglomerates.
Agnique CSO-30 helps powdered materials move below the water surface instead of remaining as persistent floating particles.
Agnique CSO-30 supports release and dispersion of hydrophobic active particles during spray-tank preparation.
Agnique CSO-30 allows nonionic wetting performance to be combined with compatible anionic dispersing agents.

Agnique CSO-30 serves as an interfacial aid in capsule-suspension and microencapsulation processes.
Agnique CSO-30 supports formation of controlled organic droplets before a capsule wall is generated around the active-containing phase.
Agnique CSO-30 contributes to initial emulsion stability during interfacial polymerization and related encapsulation procedures.
Agnique CSO-30 requires concentration-specific testing because surfactant level can influence capsule size, wall formation, and release behavior.

Agnique CSO-30 functions as a wetting and spreading aid in compatible foliar crop-protection formulations.
Agnique CSO-30 reduces the surface tension of diluted solutions and improves contact with hydrophobic plant surfaces.
Agnique CSO-30 contributes to broader spray-deposit distribution when used within an appropriate concentration range.
Agnique CSO-30 must be optimized to avoid excessive foam, spreading, runoff, or increased crop exposure.

Agnique CSO-30 finds application as a built-in formulation adjuvant for systemic active ingredients requiring movement through the plant cuticle.
Agnique CSO-30 supports contact between the active-containing residue and the hydrophobic outer leaf layer.
Agnique CSO-30 can help retain compatible active ingredients in a mobile form within the drying spray deposit.
Agnique CSO-30 provides delivery support while final efficacy remains dependent on the active ingredient, dose, timing, crop, and weather conditions.

Agnique CSO-30 serves as an emulsifying and solubilizing agent in botanical formulations containing plant extracts or essential-oil components.
Agnique CSO-30 promotes dispersion of compatible lipophilic natural ingredients into water-containing products.
Agnique CSO-30 supports clear, opalescent, or milky systems depending on composition, concentration, and processing conditions.
Agnique CSO-30 requires biological, toxicological, crop-safety, and regulatory evaluation for the intended botanical product.

Agnique CSO-30 functions as an emulsifier in industrial cleaning concentrates containing oily solvents and hydrophobic soil-removal ingredients.
Agnique CSO-30 helps distribute organic cleaning materials throughout water during product dilution.
Agnique CSO-30 promotes wetting of oily residues, machinery surfaces, and contaminated equipment.
Agnique CSO-30 supports detergency while foam, rinsing, substrate compatibility, and wastewater behavior remain formulation dependent.

Agnique CSO-30 finds application in metalworking-fluid concentrates containing mineral oils, esters, lubricity additives, and corrosion inhibitors.
Agnique CSO-30 promotes formation of oil-in-water emulsions used during cutting, grinding, drilling, and forming operations.
Agnique CSO-30 supports uniform lubricant delivery and cooling when the complete fluid remains physically stable.
Agnique CSO-30 requires evaluation for foam, hard-water tolerance, microbial stability, residue formation, and metal compatibility.

Agnique CSO-30 serves as an emulsifying auxiliary in textile-processing formulations containing oils, lubricants, dyes, and hydrophobic finishing agents.
Agnique CSO-30 supports uniform distribution of processing oils throughout aqueous treatment baths.
Agnique CSO-30 contributes to fiber wetting and treatment consistency when compatible with salts and other textile auxiliaries.
Agnique CSO-30 enables development of selected scouring, dyeing, spin-finish, lubrication, and finishing emulsions.

Agnique CSO-30 functions as an emulsifier and wetting aid in coatings, inks, adhesives, and polymer dispersions containing mixed aqueous and organic ingredients.
Agnique CSO-30 supports incorporation of compatible resins, plasticizers, oils, pigments, and functional additives.
Agnique CSO-30 promotes substrate and pigment wetting when employed within an appropriate concentration range.
Agnique CSO-30 may influence gloss, water resistance, adhesion, drying, foam, and finished-film appearance.

Agnique CSO-30 finds application as a nonionic stabilizer in emulsion-polymerization and latex-processing studies.
Agnique CSO-30 supports dispersion of hydrophobic monomers and polymer particles in an aqueous continuous phase.
Agnique CSO-30 provides steric stabilization that can complement anionic surfactants and protective colloids.
Agnique CSO-30 enables evaluation of particle-size control, coagulum formation, electrolyte tolerance, and finished-latex stability.

Agnique CSO-30 serves as a surfactant in phenolic-foam formulations requiring stabilization of resin, blowing agent, and other liquid components.
Agnique CSO-30 supports distribution of blowing agents throughout the reactive resin mixture before foaming and cure.
Agnique CSO-30 contributes to control of foam-cell development when concentration, resin viscosity, catalyst level, and processing conditions are properly balanced.
Agnique CSO-30 has been investigated with polyethylene glycol in phenolic foams developed for low density, low thermal conductivity, and useful compressive strength.

Agnique CSO-30 functions as a foam-processing surfactant in phenolic resins modified with biomass-derived oils.
Agnique CSO-30 promotes mixing of the resin phase with the selected blowing agent before acid-catalyzed foaming.
Agnique CSO-30 supports cell formation and stabilization during the rapid transition from liquid mixture to cured foam.
Agnique CSO-30 has been used experimentally in date-palm-bio-oil-modified phenolic-foam systems.

Agnique CSO-30 finds application as a commercial benchmark in nonionic-emulsifier screening programs.
Agnique CSO-30 provides a castor-oil ethoxylate reference with an average ethoxylation level near 30 EO.
Agnique CSO-30 enables comparison of emulsion fineness, cloud behavior, surface tension, viscosity, water compatibility, and foam.
Agnique CSO-30 supports systematic surfactant selection when evaluated across several concentrations and co-emulsifier ratios.

DESCRIPTION

Agnique CSO-30 is a BASF commercial product identified by product number 30535425.
The current BASF product portal associates Agnique CSO-30 with CAS Number 61791-12-6.
The product is chemically characterized as ethoxylated castor oil with an average of approximately 30 EO units.
Agnique CSO-30 is categorized as a nonionic emulsifier and solubilizing surfactant.

Structurally, Agnique CSO-30 is based on the triglyceride framework naturally present in castor oil.
Castor oil contains predominantly ricinoleate-derived fatty chains with hydroxyl functionality available for ethoxylation.
Ethylene oxide addition produces polyoxyethylene chains distributed across available hydroxyl sites and related reaction products.
This molecular distribution means Agnique CSO-30 is a UVCB substance rather than one chemically uniform molecule.

The generalized composition of Agnique CSO-30 may be represented as C₅₇H₁₀₄O₉(CH₂CH₂O)n.
For Agnique CSO-30, the value of n represents an average near 30 rather than an identical number of EO units in every molecule.
Individual molecules may contain different numbers and distributions of oxyethylene groups.
One exact molecular formula and molecular weight are therefore not appropriate for the complete commercial material.

Agnique CSO-30 contains hydrophobic castor-oil-derived fatty chains and hydrophilic polyoxyethylene regions within the same molecular population.
The fatty regions associate with oils, solvents, waxes, hydrophobic actives, and nonpolar surfaces.
The oxyethylene regions interact with water and polar ingredients through dipolar and hydrogen-bonding interactions.
This amphiphilic balance enables Agnique CSO-30 to accumulate at interfaces and facilitate emulsion formation.

Agnique CSO-30 is classified as a nonionic surfactant because its principal hydrophilic groups do not possess a permanent electrical charge.
Its nonionic character generally supports compatibility with many ionic and nonionic formulation ingredients.
Performance can nevertheless change with temperature, electrolyte concentration, water hardness, solvent composition, and active-ingredient chemistry.
The complete formulation must therefore be tested rather than selected solely from the nonionic classification.

Agnique CSO-30 is manufactured through controlled reaction of castor oil with ethylene oxide.
Industrial ethoxylation requires careful catalyst selection and control of temperature, pressure, reaction time, and residual ethylene oxide.
The average degree of ethoxylation is adjusted to produce the desired balance between oil affinity and aqueous compatibility.
Finishing operations control moisture, acidity, catalyst residues, color, odor, and physical consistency.

Agnique CSO-30 is generally supplied as a yellowish liquid at room temperature.
The material may separate or form sediment when exposed to cold conditions without necessarily undergoing chemical deterioration.
Agnique CSO-30 becomes a clear liquid at approximately 40°C according to archived BASF technical information.
Separated or partially solidified material should be homogenized before processing.

Agnique CSO-30 has a representative active concentration of approximately 99%.
The product has a typical density near 1.05 g/cm³ at 20°C and approximately 1.03 g/cm³ at 50°C.
These density values demonstrate the expected decrease in liquid density as temperature rises.
The published values are typical technical data rather than guaranteed limits for every commercial batch.

Agnique CSO-30 has a representative Brookfield viscosity of approximately 150 mPa·s at 60°C.
Its viscosity increases as temperature decreases, which can influence pumping, metering, mixing, and filling.
The product remains classified as a liquid at 23°C in BASF’s industrial product range.
Processing equipment should be selected according to the actual temperature-dependent flow behavior.

Agnique CSO-30 has a representative congealing point near 8°C.
Cool storage may therefore cause thickening, sediment formation, separation, or partial solidification.
These physical changes can be reversible when the product is carefully warmed and homogenized.
Cold material should be inspected and mixed thoroughly before analytical sampling or formulation.

Agnique CSO-30 has a representative cloud point near 75°C under EN 1890 Method E conditions.
Method E uses a defined solution of surfactant and diethylene glycol monobutyl ether for the measurement.
The cloud point reflects reduced hydration of the polyoxyethylene groups as temperature rises.
Finished-product cloud behavior may differ substantially because it also depends on concentration, salts, solvents, and co-surfactants.

Agnique CSO-30 has a representative saponification number near 75 mg KOH/g.
The product has a typical pH near 6 when measured using the referenced BASF solution method.
The pH may decrease during storage without necessarily reducing technical performance.
Commercial color is controlled, with archived BASF information reporting a maximum Gardner color of 5 at 70°C.

Agnique CSO-30 has a representative maximum water content of approximately 2.0%.
The material is hygroscopic and can absorb atmospheric moisture rapidly when containers remain open.
Repeated exposure to humid air may alter water content, clarity, analytical values, and formulation performance.
Drums should therefore be resealed immediately after each opening.

Agnique CSO-30 forms clear 10% solutions in distilled water and in the referenced potable water containing calcium ions.
Agnique CSO-30 also forms clear solutions in alcohols, aromatic hydrocarbons, 5% hydrochloric acid, and the referenced 5% salt solution.
Agnique CSO-30 forms an opaque homogeneous emulsion in 5% sodium hydroxide under the archived BASF test conditions.
Agnique CSO-30 shows phase separation with petroleum oils in the same screening procedure.

Agnique CSO-30 has a representative surface tension near 40 mN/m at 1 g/L in distilled water at 23°C.
This reduction from the surface tension of pure water supports its wetting and spreading functions.
Other surfactants, salts, solvents, active ingredients, and water quality can change the measured value.
Surface tension should therefore be measured directly in the intended finished-product dilution.

Agnique CSO-30 has a representative flash point near 290°C according to ISO 2592.
The high flash point reflects the product’s high molecular character and low volatility under normal ambient conditions.
Agnique CSO-30 remains an organic combustible material despite not behaving like a rapidly evaporating solvent.
Severe heating or combustion can generate carbon monoxide, carbon dioxide, aldehydes, and irritating organic decomposition products.

Agnique CSO-30 does not have one sharply defined boiling point because it contains a distribution of high-molecular-weight ethoxylated molecules.
Its vapor pressure is expected to remain low under normal storage and processing conditions.
Airborne exposure can nevertheless occur through aerosol or mist generated during spraying, high-speed mixing, or heated transfer.
Local exhaust ventilation should be provided where airborne droplets may be generated.

Agnique CSO-30 can produce foam during dilution, pumping, recirculation, or high-shear mixing.
Foam behavior depends on concentration, temperature, water hardness, mechanical energy, and the presence of other surfactants.
Excessive foam may interfere with tank filling, volume measurement, milling, and manufacturing throughput.
Antifoam agents should be screened carefully because they may also alter emulsion stability or surface wetting.

Agnique CSO-30 can be combined with compatible anionic, nonionic, and selected amphoteric surfactants.
Appropriate combinations can improve spontaneous emulsification, droplet-size distribution, hard-water tolerance, and temperature stability.
Incompatible combinations may produce phase separation, excessive viscosity, precipitation, clouding, or uncontrolled foam.
Formulation development should therefore evaluate several surfactant ratios under realistic storage and dilution conditions.

Agnique CSO-30 derives part of its carbon structure from natural castor-oil feedstock.
Its hydrophobic portion is plant-derived, while its polyoxyethylene chains are introduced through industrial ethoxylation.
Agnique CSO-30 should therefore be described as a partially bio-based surfactant rather than assumed to be entirely renewable.
Archived BASF information describes the Agnique castor-oil ethoxylates as derived from natural sources and biodegradable.

Agnique CSO-30 should be stored indoors in a dry area that is not overheated.
Properly stored material has an archived manufacturer-stated shelf life of at least two years in tightly sealed original packaging.
Storage conditions should prevent contamination, moisture absorption, prolonged air exposure, and excessive temperature.
Current shelf-life acceptance should be confirmed against the latest BASF documentation.

Agnique CSO-30 that has separated or solidified may be warmed gently to approximately 50–70°C and homogenized before use.
The material temperature should not exceed 70°C during reconstitution.
Internal electrical heating elements should be avoided because they can create localized overheating.
Heating cabinets or controlled external heating systems provide more uniform temperature distribution.

Agnique CSO-30 stored in heated tanks at approximately 50–70°C should be protected with nitrogen blanketing.
Nitrogen blanketing limits contact with air and helps reduce oxidative discoloration during prolonged heated storage.
Constant gentle stirring can support uniform temperature and prevent localized thermal exposure.
Heated storage should follow the current supplier’s equipment and operating guidance.

PROPERTIES

Product Name: Agnique CSO-30
Registered Trade Name: Agnique® CSO-30
Brand Owner: BASF
BASF Product Number: 30535425
Product Type: Nonionic emulsifier, solubilizing agent, wetting aid, and formulation adjuvant
Chemical Family: Ethoxylated natural oils
Chemical Nature: Castor oil reacted with an average of approximately 30 moles of ethylene oxide
Substance Type: UVCB substance
CAS Number: 61791-12-6
EC Number: 500-151-7
Generalized Molecular Formula: C₅₇H₁₀₄O₉(CH₂CH₂O)n
Nominal Ethoxylation Level: Approximately 30 EO
Nominal Theoretical Average Molecular Weight: Approximately 2,255 g/mol
Exact Molecular Weight: Not applicable to the UVCB commercial material
Ionic Character: Nonionic
Physical Form at 23°C: Liquid
Appearance: Yellowish liquid
Appearance at Approximately 40°C: Clear liquid
Representative Concentration: Approximately 99%
Density at 20°C: Approximately 1.05 g/cm³
Density at 50°C: Approximately 1.03 g/cm³
Viscosity at 60°C: Approximately 150 mPa·s
Congealing Point: Approximately 8°C
Cloud Point: Approximately 75°C
Cloud-Point Method: EN 1890, Method E
Saponification Number: Approximately 75 mg KOH/g
Representative pH: Approximately 6 under the referenced solution method
Gardner Color at 70°C: Maximum approximately 5
Maximum Representative Water Content: Approximately 2.0%
Flash Point: Approximately 290°C
Flash-Point Method: ISO 2592
Surface Tension: Approximately 40 mN/m
Surface-Tension Conditions: 1 g/L in distilled water at 23°C
Distilled-Water Compatibility: Clear solution at 10% concentration and 23°C
Potable-Water Compatibility: Clear solution under the referenced test conditions
Alcohol Compatibility: Clear solution under the referenced test conditions
Aromatic-Hydrocarbon Compatibility: Clear solution under the referenced test conditions
Petroleum-Oil Compatibility: Phase separation under the referenced test conditions
Five-Percent Sodium-Hydroxide Compatibility: Opaque homogeneous emulsion
Five-Percent Hydrochloric-Acid Compatibility: Clear solution
Five-Percent Salt-Solution Compatibility: Clear solution under the referenced test conditions
Primary Function: Oil-in-water emulsification and solubilization
Additional Functions: Wetting, spreading, adjuvancy, particle-wetting support, and interfacial stabilization
Primary Agricultural Formulation Types: EC, EW, SE, and OD
Additional Applications: Phenolic foams, cleaning products, metalworking emulsions, textile auxiliaries, coatings, inks, adhesives, and latex systems
Bio-Based Character: Partially bio-based through the castor-oil-derived structure
Hygroscopicity: Hygroscopic
Volatility: Low under normal ambient conditions
Combustibility: Combustible organic surfactant material
Chemical Stability: Stable under recommended storage and handling conditions
Hazardous Polymerization: Not expected during normal storage
Incompatible Materials: Strong oxidizing agents and other materials identified in the current Safety Data Sheet
Hazard Classification: Confirm from the latest regional BASF Safety Data Sheet
Transport Classification: Confirm from the latest regional BASF Safety Data Sheet
Hazardous Decomposition Products: Carbon monoxide, carbon dioxide, aldehydes, and irritating organic fumes
Recommended Storage: Indoors in tightly closed original packaging in a dry area that is not overheated
Reconstitution Temperature: Approximately 50–70°C for separated or solidified material
Maximum Recommended Reconstitution Temperature: 70°C
Heated Bulk-Storage Precaution: Nitrogen blanketing and constant gentle stirring
Suitable Tank Materials: Selected stainless-steel grades specified by the supplier
Representative Shelf Life: At least two years in tightly sealed original packaging under proper storage conditions
Current Data Requirement: Confirm all values against the latest BASF Technical Data Sheet, Safety Data Sheet, and certificate of analysis.

FIRST AID

Inhalation:
Move the affected person to fresh air.
Keep the person at rest in a position comfortable for breathing.
Avoid further exposure to Agnique CSO-30 aerosol, mist, vapor, or thermal-decomposition fumes.
Obtain medical attention if coughing, throat irritation, headache, nausea, dizziness, or breathing discomfort develops or persists.

Skin Contact:
Remove contaminated clothing and footwear.
Wash the affected skin thoroughly with soap and plenty of water.
Continue rinsing if redness, irritation, or discomfort is present.
Obtain medical advice if symptoms persist or extensive exposure has occurred.
Wash contaminated clothing thoroughly before reuse.

Eye Contact:
Rinse the eyes immediately with plenty of clean, gently flowing water.
Hold the eyelids open to ensure complete irrigation.
Remove contact lenses when present and easy to do, then continue rinsing.
Continue rinsing for at least several minutes.
Obtain medical attention if pain, redness, tearing, blurred vision, or irritation persists.

Ingestion:
Rinse the mouth thoroughly with water.
Do not induce vomiting unless directed by qualified medical personnel.
Never give anything by mouth to an unconscious or convulsing person.
Obtain medical advice if a significant quantity has been swallowed or symptoms develop.
Provide the product label and current Agnique CSO-30 Safety Data Sheet to medical personnel.

Note to Physicians:
No product-specific antidote should be assumed.
Provide supportive care and treat according to the patient’s symptoms and clinical condition.
Assess the respiratory tract, eyes, skin, and gastrointestinal system following significant exposure.
Consider all active ingredients, solvents, and additional formulation components when exposure involved a finished agricultural or industrial product.
Use the current regional BASF Safety Data Sheet as the primary medical reference.

HANDLING AND STORAGE

Handling:
Handle Agnique CSO-30 in accordance with good industrial hygiene and chemical safety practices.
Review the current Technical Data Sheet and Safety Data Sheet before opening or processing the product.
Avoid unnecessary contact with the skin, eyes, and clothing.
Do not breathe aerosol, mist, vapor, or fumes generated during heating, spraying, or high-speed mixing.
Use closed or low-splash transfer systems wherever reasonably practicable.
Use clean, dry, and chemically compatible equipment for pumping, weighing, sampling, and transfer.
Control agitation to obtain uniform mixing without generating unnecessary foam.
Wash the hands, face, and exposed skin thoroughly after handling.
Do not eat, drink, or smoke in areas where Agnique CSO-30 is processed.
Keep containers tightly closed when the product is not being sampled or transferred.

Ventilation:
Provide adequate general ventilation in storage and processing areas.
Use local exhaust ventilation at heated vessels, mixers, drum openings, filling points, and sampling stations.
Control aerosols and vapors at their source rather than allowing them to spread throughout the workplace.
Provide additional ventilation when Agnique CSO-30 is heated, sprayed, atomized, or handled in confined spaces.
Use suitable respiratory protection when engineering controls cannot adequately limit exposure.
Select respiratory equipment through a documented workplace exposure assessment.
Ensure that exhaust systems comply with occupational and environmental requirements.

Storage:
Store Agnique CSO-30 indoors in its original, tightly closed, and correctly labeled packaging.
Keep the product in a dry and adequately ventilated location.
Do not overheat the storage area.
Protect Agnique CSO-30 from direct sunlight, moisture, contamination, and physical damage.
Reseal drums immediately after every opening because Agnique CSO-30 can absorb atmospheric moisture rapidly.
Keep Agnique CSO-30 separated from strong oxidizing agents and incompatible chemicals.
Prevent water, dirt, pesticide actives, acids, bases, and other contaminants from entering opened containers.
Use first-in, first-out stock rotation within the supplier’s stated shelf life.
Inspect cold-stored material for separation, sediment, or partial solidification before processing.

Spill and Leak Procedures:
Restrict access to the affected area and remove unnecessary personnel.
Provide effective ventilation before beginning spill recovery.
Wear suitable gloves, protective clothing, eye protection, and respiratory protection as required.
Stop the source of the leak only when this can be done safely.
Prevent Agnique CSO-30 from entering drains, sewers, soil, groundwater, or surface water.
Recover pumpable liquid into suitable labeled containers whenever practicable.
Contain remaining material with sand, earth, vermiculite, or another compatible inert absorbent.
Collect recovered product and contaminated absorbent in tightly closed and correctly labeled waste containers.
Clean the affected surface thoroughly because residual Agnique CSO-30 can create a severe slipping hazard.
Prevent contaminated wash water from entering uncontrolled drainage systems.
Dispose of recovered material and cleaning residues through an authorized waste-management contractor.

Handling Precautions:
Wear chemical-resistant gloves selected from documented compatibility and permeation data.
Use safety glasses with side protection or tightly fitting chemical goggles.
Wear a face shield in addition to goggles where splashing is reasonably foreseeable.
Use protective clothing and footwear capable of limiting repeated skin contact.
Provide accessible eyewash and emergency-shower equipment near major handling areas.
Inspect pumps, hoses, valves, seals, gaskets, tanks, and heated transfer lines before use.
Use equipment capable of handling the product’s temperature-dependent viscosity and cold-storage behavior.
Heat separated or solidified Agnique CSO-30 gently to approximately 50–70°C and mix thoroughly before processing.
Do not allow the product temperature to exceed 70°C during reconstitution.
Use a heating cabinet or controlled external heating rather than internal electrical elements that can create localized overheating.
Blanket heated bulk tanks with nitrogen and maintain constant gentle stirring where specified by the supplier.
Never use open flames or uncontrolled direct heating to restore fluidity.
Review the current Agnique CSO-30 Technical Data Sheet, Safety Data Sheet, certificate of analysis, and applicable regulatory requirements before formulation, production, transport, storage, cleanup, or disposal.