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Agnique AMD 12 is a specialized solvent developed to combine sustainability with high performance, particularly in agricultural, industrial, and technical formulations.
Structurally classified as N,N-Dimethyldodecanamide, this product is derived from renewable natural sources and vegetable fatty acids.
Agnique AMD 12 serves as an ideal formulation component for manufacturers seeking an eco-friendly, green alternative to traditional aggressive and petroleum-derived solvents.
Its ability to lighten the toxicological burden of formulations on a global scale, its low volatility, and its rapid biodegradability position the product at the forefront of modern industrial standards.
Technical Specifications:
Chemical Name: N,N-Dimethyldodecanamide or N,N-Dimethyllauramide
IUPAC Name: N,N-dimethyldodecanamide
CAS Number: 3007-53-2
Molecular Formula: C14H29NO
Molecular Mass: 227.39 g/mol
EC Number: 221-117-5
Trade Name: Agnique AMD 12
Manufacturer: BASF
Appearance: Clear, colorless or slightly yellowish liquid
Chemical Nature: Pure chemical structure containing no preservative additives or diluents
Chemical Family: Fatty Acid Amides
REACH Registration Status: Fully compliant and registered component under European REACH regulations
TSCA Status: Actively listed on the United States TSCA inventory
Physical and Chemical Data:
The boiling point is quite high and is around 320 degrees Celsius.
The flash point is above 140 degrees Celsius, making the risk of flammability extremely low.
The density at 20 degrees Celsius is approximately 0.871 grams per cubic centimeter.
The refractive index at 20 degrees Celsius is measured at approximately 1.453.
The vapor pressure at 20 degrees Celsius is lower than 0.0001 hPa.
The water solubility profile is highly limited and its hydrophobic character is dominant.
Agnique AMD 12 is completely miscible in all proportions with many organic solvents, vegetable oils, esters, and aromatic hydrocarbons.
The Hansen Solubility Parameters dispersion component is calculated as 17.4 MPa.
The Hansen Solubility Parameters polarity component is calculated as 7.2 MPa.
The Hansen Solubility Parameters hydrogen bonding component is calculated as 6.1 MPa.
Agnique AMD 12 is highly resistant to crystallization at low temperatures and maintains its stable viscosity structure.
Extended Technical Description and Solvency Power:
Agnique AMD 12 is an amphithermic non-protic amide solvent derived from naturally sourced lauric acid (C12 fatty acid).
The 12-carbon long saturated alkyl chain in its molecular structure grants the product excellent apolar dissolution and grease removal power.
The amide head group introduces a polar character to the molecule, allowing Agnique AMD 12 to interact effectively with complex molecules containing polar functional groups.
Due to its non-ionic nature, Agnique AMD 12 does not react with anionic, cationic, or amphoteric surfactants present within the formulation.
Its chemical stability is exceptionally high and Agnique AMD 12 does not readily hydrolyze in acidic or basic environments.
Thanks to its broad Hansen solubility parameter spectrum, Agnique AMD 12 successfully transfers large organic molecules that are very difficult to dissolve in water into a stable liquid phase.
Agricultural Chemistry and Agrocatalyst Applications:
Agnique AMD 12 plays a key role as a primary solvent or co-solvent in the development of Emulsifiable Concentrate (EC), Oil Dispersion (OD), and Microemulsion (ME) formulations in the agrochemical sector.
Agnique AMD 12 provides a green and safe alternative to traditional petroleum-derived aromatic solvents such as Xylene, Toluene, or Aromatic 200.
Agnique AMD 12 ensures that complex active ingredients that are unstable in water or prone to precipitation and lump formation remain stable in the liquid phase for extended periods.
In plant protection products including herbicides, fungicides, and insecticides, Agnique AMD 12 accelerates the penetration of active ingredients through the protective cuticle layer of the leaf surface, thereby increasing biological efficacy.
Agnique AMD 12 minimizes the risk of phytotoxicity (leaf burning or tissue degradation) on crops during application.
Its low vapor pressure and high boiling point prevent spray droplets from drying out in the air during agricultural spraying conducted in hot weather conditions.
Agnique AMD 12 supports the performance of adjuvant systems in spray tank mixes, ensuring a completely homogeneous distribution.
Substitution of Aggressive and Hazardous Solvents:
Agnique AMD 12 stands as a powerful alternative capable of replacing N-Methyl-2-Pyrrolidone (NMP), which carries reproductive toxicity risks and serious health hazards in industrial manufacturing processes.
Agnique AMD 12 can be safely used in place of other aggressive polar solvents known for their harmful effects on human health and the environment, such as Dimethylformamide (DMF) and Dimethylacetamide (DMAc).
Agnique AMD 12 lightens the toxicological labeling burden of chemical formulations, thereby accelerating the global market approval and registration processes of finished products.
Agnique AMD 12 significantly reduces the risk of solvent vapor exposure for personnel working on factory production lines and lowers ventilation costs.
Industrial Cleaning and Technical Applications:
Agnique AMD 12 demonstrates excellent performance in heavy industrial facilities, machinery manufacturing, and motor blocks for removing stubborn grease, tar, bitumen, and dried heavy oils.
Agnique AMD 12 is utilized as a penetration enhancer, flow regulator, and viscosity stabilizer component in paints, inks, industrial coatings, and resin formulations.
In automotive care chemicals, Agnique AMD 12 is incorporated into the formulas of rim cleaners, engine cleaning liquids, and tar removal products.
In the polymer industry and chemical production reactors, it serves as a powerful washing agent that leaves no residue during the internal surface cleaning of equipment.
In household and institutional cleaning products, it breaks the chemical bonds of tough oily stains on fabrics or hard surfaces, increasing the quality of the cleaning process.
Agnique AMD 12 can be applied as an auxiliary agent for degreasing and penetration processes in the textile and leather processing industries.
Environmental Sustainability and Toxicology:
Agnique AMD 12 possesses a carbon skeleton that is easily, rapidly, and completely biodegradable in nature.
Agnique AMD 12 exhibits low Volatile Organic Compound (VOC) emission characteristics, contributing to the preservation of air quality without releasing harmful gases into the atmosphere.
Agnique AMD 12 has no tendency to cause persistent chemical pollution or accumulate (bioaccumulation) in soil layers, aquatic ecosystems, or underground water resources.
Its toxicity level on living organisms and aquatic life is significantly milder compared to petroleum-based aromatic hydrocarbon solvents.
According to Germany Water Hazard Class standards, it is evaluated in the category of chemicals with a low risk to the environment.
Safe Handling and Storage Standards:
The product must be stored in its original, unopened, and tightly sealed drums or containers to prevent moisture absorption.
Agnique AMD 12 should be kept away from direct sunlight, open flames, excessively high temperatures, and strong oxidizing chemical substances.
To maintain its physical structure and prevent changes in the APHA color value (avoiding yellowing), Agnique AMD 12 is recommended to keep the storage temperature at room temperature levels.
As long as the ideal storage and handling conditions are met, Agnique AMD 12 retains its shelf life in original packaging for a minimum of two years without losing its quality and stability.
The use of basic personal protective equipment such as chemical resistant gloves and safety goggles is highly recommended during handling, pumping, and transfer operations.
In the event of a potential spill or leakage, all ignition and spark sources must be removed from the environment, the area must be well ventilated, and the liquid spill must be collected using absorbent materials like sand, soil, or sawdust before being disposed of in accordance with local environmental regulations.
