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Agnique is a family of formulation aids, surfactants, solvents, dispersants, emulsifiers, compatibilizers, and performance adjuvants.
Agnique includes products based on alkyl polyglucosides, surfactant blends, polymeric dispersants, esters, amides, oils, and water-compatible solvents.
Agnique is used primarily in crop-protection formulations, tank-mix adjuvants, industrial formulations, rubber processing, plastics, and specialty dispersion systems.
CAS Number: Not assigned as a single number; grade dependent
EC Number: Not assigned as a single number; grade dependent
Molecular Formula: Variable according to the selected grade
Molecular Weight: Variable according to chemical composition and product grade
SYNONYMS
Agnique, Agnique Product Family, Agnique Product Range, Agnique Surfactant Range, Agnique Formulation Aid, Agnique Agrochemical Additive, Agnique Agricultural Surfactant, Agnique Crop-Protection Additive, Agnique Adjuvant, Agnique Tank-Mix Adjuvant, Agnique Wetting Agent, Agnique Spreading Agent, Agnique Penetration Aid, Agnique Uptake Enhancer, Agnique Compatibilizer, Agnique Emulsifier, Agnique Nonionic Emulsifier, Agnique Surfactant Blend, Agnique Dispersant, Agnique Polymeric Dispersant, Agnique Crystal-Growth Inhibitor, Agnique Solvent, Agnique Water-Miscible Solvent, Agnique Hydrophobic Solvent, Agnique Oil-Dispersion Carrier, Agnique Ester, Agnique Amide, Agnique Alkyl Polyglucoside, Agnique APG Surfactant, Agnique Nonionic Surfactant, Agnique Bio-Based Surfactant, Agnique Renewable-Carbon Surfactant, Agnique Electrolyte-Stable Wetting Agent, Agnique Low-Foam Surfactant, Agnique Formulation Solvent, Agnique Pesticide Inert Ingredient, Agnique Herbicide Adjuvant, Agnique Fungicide Formulation Aid, Agnique Insecticide Formulation Aid, Agnique Biological Formulation Aid, Agnique Glyphosate Adjuvant, Agnique Suspension-Concentrate Additive, Agnique Emulsion Additive, Agnique Microemulsion Additive, Agnique Oil-Dispersion Additive, Agnique Water-Dispersible-Granule Additive, Agnique Wettable-Powder Additive, Agnique Seed-Treatment Additive, Agnique Rubber Processing Aid, Agnique Plastic Dispersing Agent, Agnique Industrial Formulation Additive
APPLICATIONS
Agnique serves as a wetting agent in suspension-concentrate crop-protection formulations containing water-insoluble active ingredients.
Agnique helps the aqueous phase spread across hydrophobic active-ingredient particles before milling and stabilization.
Agnique supports dispersion in suspension concentrates requiring controlled particle size and resistance to sedimentation.
Agnique can be combined with suitable polymeric dispersants to limit aggregation, flocculation, and hard settling during storage.
Agnique functions in suspo-emulsion formulations containing both suspended solid particles and emulsified liquid phases.
Agnique helps balance wetting, emulsification, compatibility, and phase stability when the selected grade matches the formulation chemistry.
Agnique contributes to capsule-suspension formulations containing microencapsulated crop-protection active ingredients.
Agnique supports wetting and uniform distribution of capsules while reducing uncontrolled agglomeration during storage and dilution.
Agnique supports microemulsions requiring stable combinations of water, active ingredients, solvents, and surfactants.
Agnique can assist formation of transparent or translucent systems when interfacial tension and component ratios are properly optimized.
Agnique functions in oil-in-water emulsions used to deliver liquid or dissolved agricultural active ingredients.
Agnique helps stabilize dispersed oil droplets against coalescence, creaming, and phase separation under validated storage conditions.
Agnique contributes to emulsifiable concentrates requiring spontaneous emulsion formation after dilution into spray water.
Agnique grade selection must account for solvent polarity, active-ingredient structure, water hardness, dilution ratio, and temperature.
Agnique supports emulsion concentrates and emulsion systems requiring nonionic surface activity.
Agnique can improve emulsification while reducing sensitivity to pH or electrolyte conditions when a compatible nonionic grade is selected.
Agnique functions in soluble-liquid formulations containing water-soluble active ingredients or salts.
Agnique can improve wetting, compatibility, spreading, and application performance after dilution in the spray tank.
Agnique contributes to wettable powders that must disperse rapidly after addition to water.
Agnique lowers the resistance of hydrophobic powder surfaces to water penetration and supports uniform slurry formation.
Agnique supports water-dispersible granules requiring rapid wetting, disintegration, and active-ingredient dispersion.
Agnique can reduce floating granules and incomplete breakup when particle porosity, binder selection, and surfactant dosage are appropriate.
Agnique functions in oil-dispersion formulations containing solid active ingredients dispersed in a hydrophobic continuous phase.
Agnique can serve as an emulsifier, penetrant, carrier component, or compatibility aid when the concentrate is diluted into water.
Agnique contributes to tank-mix adjuvants intended to improve wetting and retention on plant surfaces.
Agnique can increase the contact area between spray droplets and waxy leaf surfaces when concentration and application volume are optimized.
Agnique supports systemic crop-protection products requiring improved uptake through leaf surfaces.
Agnique selected as a penetrant or uptake adjuvant can improve delivery while crop species, active ingredient, weather, and dosage determine the final response.
Agnique functions as a compatibilizer in concentrated herbicide systems containing high levels of salts or electrolytes.
Agnique alkyl-polyglucoside grades can retain useful surface activity in saline formulations and are used in compatible glyphosate systems.
Agnique contributes to glyphosate formulations requiring wetting, compatibility, and systemic-adjuvant performance.
Agnique suitability for a specific glyphosate salt must be confirmed through storage, dilution, foam, uptake, and crop-safety testing.
Agnique supports fungicide formulations containing suspended, emulsified, or dissolved active ingredients.
Agnique can improve spreading and surface coverage while the active ingredient and application program provide the fungicidal effect.
Agnique functions in insecticide formulations requiring emulsion stability, particle wetting, or improved deposition.
Agnique must be evaluated for compatibility with active ingredients, solvents, stabilizers, packaging, and application equipment.
Agnique contributes to seed-treatment formulations requiring uniform distribution of active ingredients across seed surfaces.
Agnique can assist wetting, pigment distribution, flow, film uniformity, and compatibility with binders after grade-specific evaluation.
Agnique can be evaluated in biological crop-protection formulations containing compatible microorganisms or biologically derived active substances.
Agnique grade selection must consider biological viability, membrane interactions, osmotic conditions, storage temperature, and application compatibility.
Agnique serves as a solvent or co-solvent for dissolving selected agricultural active ingredients and formulation components.
Agnique solvent grades can support high active loading while solubility, crystallization, flash point, and regulatory status remain grade dependent.
Agnique functions as a crystal-growth-control or polymeric dispersing aid in selected concentrated formulations.
Agnique can reduce nucleation, crystal enlargement, flocculation, and incompatibility when a suitable copolymer grade is selected.
Agnique contributes to rubber processing as a solvent, dispersing agent, or filler-distribution aid in selected grades.
Agnique can improve homogeneous distribution of fillers and additives while reducing agglomerates and modifying processing viscosity.
Agnique supports plastics and masterbatch processing where selected grades improve additive or filler distribution.
Agnique suitability depends on polymer compatibility, processing temperature, volatility, migration, filtration behavior, and final mechanical properties.
Agnique serves in laboratory development and production optimization of agricultural and industrial formulations.
Agnique can be evaluated through surface tension, contact angle, emulsification, suspension stability, particle size, foam, viscosity, dilution, storage, and biological-performance testing.
DESCRIPTION
Agnique is a product family rather than one chemically defined molecular substance.
Agnique therefore has no universal CAS number, EC number, molecular formula, molecular weight, or fixed hazard classification.
Agnique includes products developed as wetting agents, systemic adjuvants, compatibilizers, dispersants, emulsifiers, solvents, and processing aids.
Agnique grade selection is determined by the active ingredient, formulation type, carrier phase, electrolyte content, and application method.
Agnique includes nonionic alkyl-polyglucoside grades manufactured from renewable C8–C10 hydrophobic chains and glucose-derived head groups.
Agnique alkyl-polyglucoside grades can provide wetting, compatibility, salt tolerance, and systemic-adjuvant effects in suitable agricultural systems.
Agnique includes water-miscible solvent grades with chemical identities different from the surfactant products.
Agnique solvent grades are selected to dissolve active ingredients, improve concentrate compatibility, or act as processing media.
Agnique includes nonionic surfactant blends designed to provide emulsification and dispersion.
Agnique surfactant-blend composition can include ethoxylated esters, sorbitan-derived materials, amides, oils, or other grade-specific components.
Agnique includes polymeric dispersant grades designed to suppress flocculation and crystal growth.
Agnique polymeric grades can stabilize concentrated solid particles by steric, electrostatic, or combined dispersion mechanisms.
Agnique products may be supplied as liquids, aqueous concentrates, viscous solutions, surfactant blends, oils, powders, or polymer solutions.
Agnique physical appearance, active content, density, viscosity, pH, cloud point, and water compatibility vary widely between grades.
Agnique surface-active grades function by adsorbing at solid-liquid, liquid-liquid, or liquid-air interfaces.
Agnique adsorption lowers interfacial resistance and can improve wetting, emulsification, spreading, dispersion, or foam behavior.
Agnique nonionic grades do not rely on a permanently charged ionic head group for their principal surface activity.
Agnique nonionic character can provide useful compatibility across a broad pH range, although electrolyte tolerance remains grade dependent.
Agnique wetting performance depends on dynamic surface tension, adsorption rate, concentration, water hardness, temperature, and substrate chemistry.
Agnique emulsification performance depends on hydrophilic-lipophilic balance, oil polarity, active-ingredient solubility, and surfactant combination.
Agnique product manufacturing varies according to chemical class and can include alkoxylation, esterification, amidation, glycosidation, polymerization, blending, and dilution.
Agnique production specifications can control active content, water, residual reactants, color, pH, viscosity, and chemical distribution.
Agnique selected grades contain high renewable or bio-based carbon content and can be readily biodegradable under specified OECD testing.
Agnique sustainability statements apply only to the exact documented grade and must not be transferred automatically to the complete family.
Agnique regulatory status differs substantially between grades and countries.
Agnique one documented alkyl-polyglucoside grade is REACH-registered and accepted under United States EPA 40 CFR 180.910, but that status does not establish authorization for every Agnique grade.
PROPERTIES
Product Type: Multi-Grade Formulation-Additive Family
Chemical Class: Variable; Surfactants, Solvents, Esters, Amides, Oils, and Polymers
CAS Number: Grade Dependent
EC Number: Grade Dependent
Molecular Formula: Variable
Molecular Weight: Variable
Physical Form: Liquid, Solution, Blend, Oil, Polymer Concentrate, or Powder
Appearance: Grade Dependent
Ionic Character: Nonionic, Anionic, or Formulation Dependent
Water Compatibility: Water Soluble, Water Miscible, Dispersible, or Hydrophobic, Grade Dependent
Primary Functions: Wetting, Emulsification, Dispersion, Solvency, Compatibility, Penetration, and Crystal-Growth Control
Main Uses: Crop-Protection Formulations, Tank-Mix Adjuvants, Rubber, Plastics, and Industrial Formulations
Biodegradability: Grade Dependent
Hazard Classification: Grade and Jurisdiction Dependent
Storage: Follow the Specific Grade’s Technical Data Sheet and Safety Data Sheet
FIRST AID
Inhalation
Agnique inhalation exposure should be followed by movement to fresh air and rest in a position comfortable for breathing.
Agnique inhalation requires medical attention if coughing, dizziness, respiratory irritation, wheezing, or breathing difficulty develops.
Skin Contact
Agnique skin contamination should be removed promptly with soap and plenty of water.
Agnique skin exposure requires medical advice if irritation, redness, pain, dryness, or sensitization symptoms persist.
Eye Contact
Agnique eye exposure should be rinsed immediately with clean running water for at least 15 minutes while the eyelids are held open.
Agnique eye exposure requires contact-lens removal when easy and prompt medical attention if pain, redness, or visual disturbance continues.
Ingestion
Agnique accidental ingestion should be followed by rinsing of the mouth without inducing vomiting unless directed by medical personnel.
Agnique ingestion requires contact with a physician or poison information center because toxicity and aspiration risk vary by grade.
Note to Physicians
Agnique exposure should be treated symptomatically with appropriate supportive care.
Agnique exposure assessment should identify the exact grade, composition, concentration, carrier, exposure route, quantity, and current Safety Data Sheet.
HANDLING AND STORAGE
Handling
Agnique should be handled according to the technical and safety requirements of the exact grade being used.
Agnique contact with eyes, skin, clothing, food, drink, and incompatible chemicals should be prevented during industrial handling.
Ventilation
Agnique transfer, mixing, spraying, milling, and heating areas should have effective general ventilation and local exhaust where required.
Agnique respiratory protection should be selected when engineering controls cannot adequately control vapor, mist, aerosol, or dust exposure.
Storage
Agnique should be stored in tightly closed and chemically compatible containers under the temperature conditions specified for the selected grade.
Agnique should be protected from contamination, damaged packaging, direct sunlight, freezing, excessive heat, and incompatible chemicals as applicable.
Spill and Leak Procedures
Agnique spills should be contained with chemically compatible absorbent or recovery equipment selected for the exact physical form.
Agnique should be prevented from entering drains, soil, groundwater, or surface water, and recovered waste should be placed in labeled containers.
Handling Precautions
Agnique handling should include suitable gloves, protective clothing, and eye protection appropriate to the exact grade.
Agnique use should follow the current grade-specific Safety Data Sheet, regulatory status, environmental controls, and formulation instructions.
