LAVIOSA ARGIMEL ED2

Laviosa Argimel ED2 is a highly purified, activated bentonite clay specifically engineered for use as a rheology modifier, suspending agent, and thixotrope in aqueous and water-based formulations.
Laviosa Argimel ED2 provides excellent viscosity build, suspension stability, and yield value control in paints, coatings, detergents, cosmetics, agrochemicals, and industrial liquids.
Laviosa Argimel ED2 is designed to hydrate easily in water and form stable colloidal structures that prevent settling of pigments, fillers, and solid particles.

CAS Number: 1302-78-9 (bentonite)
EC Number: 215-108-5
Molecular Formula: Al₂O₃·4SiO₂·H₂O (typical bentonite composition)
Molecular Weight: Not applicable (mineral material)

Synonyms: Laviosa Argimel ED2, Bentonite Clay, Activated Bentonite, Smectite Clay, Rheological Bentonite, Thixotropic Clay Additive, Laviosa Argimel ED2, Argimel ED2, Argimel® ED2, Laviosa Argimel ED-2, Argimel ED2 Rheological Additive, Argimel ED2 Organoclay, Argimel ED2 Modified Bentonite, Argimel ED2 Clay Additive, Argimel ED2 Thixotropic Agent, Argimel ED2 Rheology Modifier, Argimel ED2 Gelling Agent, Argimel ED2 Thickening Agent, Argimel ED2 Suspension Agent, Argimel ED2 Anti-Settling Agent, Argimel ED2 Anti-Sagging Agent, Argimel ED2 Flow Control Additive, Argimel ED2 Viscosity Modifier, Argimel ED2 Clay Thickener, Argimel ED2 Bentonite-Based Additive, Argimel ED2 Mineral Rheology Additive, Argimel ED2 Inorganic Thickener, Argimel ED2 Powder Rheology Agent, Argimel ED2 Fine Clay Powder, Argimel ED2 Micronized Clay, Argimel ED2 Dispersible Clay, Argimel ED2 High-Efficiency Organoclay, Argimel ED2 Oil-Compatible Clay, Argimel ED2 Solvent-Based Rheology Additive, Argimel ED2 Coatings Additive, Argimel ED2 Paint Rheology Modifier, Argimel ED2 Ink Rheology Additive, Argimel ED2 Adhesive Thickener, Argimel ED2 Sealant Rheology Agent, Argimel ED2 Grease Thickener, Argimel ED2 Lubricant Rheology Modifier, Argimel ED2 Industrial Additive, Argimel ED2 Technical Grade Additive, Argimel ED2 Process Additive, Argimel ED2 Manufacturing Additive, Argimel ED2 Thixotrope, Argimel ED2 Clay Gellant, Argimel ED2 Gel-Forming Clay, Argimel ED2 Anti-Drip Additive, Argimel ED2 Structural Viscosity Builder, Argimel ED2 Yield Value Modifier, Argimel ED2 Stability Enhancer, Argimel ED2 Sedimentation Control Agent, Argimel ED2 Pigment Suspension Aid, Argimel ED2 Filler Suspension Agent

APPLICATIONS

Laviosa Argimel ED2 is used in water-based paints and coatings.
Laviosa Argimel ED2 prevents pigment settling and sagging.
Laviosa Argimel ED2 improves viscosity control and application stability.

Laviosa Argimel ED2 is applied in detergents and cleaning products.
Laviosa Argimel ED2 stabilizes insoluble components.
Laviosa Argimel ED2 enhances suspension and shelf life.

Laviosa Argimel ED2 is used in cosmetic formulations.
Laviosa Argimel ED2 acts as a natural thickener and stabilizer.
Laviosa Argimel ED2 improves texture and sensory feel.

Laviosa Argimel ED2 is incorporated into agrochemical formulations.
Laviosa Argimel ED2 maintains uniform dispersion of active ingredients.
Laviosa Argimel ED2 prevents sedimentation during storage.

Laviosa Argimel ED2 is used in water treatment chemicals.
Laviosa Argimel ED2 supports solids suspension and flow control.
Laviosa Argimel ED2 enhances formulation robustness.

Laviosa Argimel ED2 is applied in construction chemicals.
Laviosa Argimel ED2 improves workability of cementitious slurries.
Laviosa Argimel ED2 enhances stability of liquid admixtures.

Laviosa Argimel ED2 is used as a rheology modifier in water-based systems.
Laviosa Argimel ED2 improves viscosity control in liquid formulations.
Laviosa Argimel ED2 provides stable thixotropic behavior under shear.

Laviosa Argimel ED2 is used in water-based coatings.
Laviosa Argimel ED2 prevents pigment settling during storage.
Laviosa Argimel ED2 improves sag resistance on vertical surfaces.

Laviosa Argimel ED2 is used in paints and decorative coatings.
Laviosa Argimel ED2 enhances brushability and roller application.
Laviosa Argimel ED2 improves leveling and surface appearance.

Laviosa Argimel ED2 is used in industrial coatings.
Laviosa Argimel ED2 stabilizes high-solid coating formulations.
Laviosa Argimel ED2 improves film build control.

Laviosa Argimel ED2 is used in printing inks.
Laviosa Argimel ED2 controls flow and viscosity in water-based inks.
Laviosa Argimel ED2 improves pigment dispersion stability.

Laviosa Argimel ED2 is used in adhesives.
Laviosa Argimel ED2 enhances consistency in water-based adhesive systems.
Laviosa Argimel ED2 prevents adhesive sagging during application.

Laviosa Argimel ED2 is used in sealants.
Laviosa Argimel ED2 improves extrusion behavior of sealant formulations.
Laviosa Argimel ED2 enhances shape retention after application.

Laviosa Argimel ED2 is used in construction chemicals.
Laviosa Argimel ED2 improves workability of cementitious slurries.
Laviosa Argimel ED2 enhances suspension of fillers and additives.

Laviosa Argimel ED2 is used in ceramic slurries.
Laviosa Argimel ED2 improves dispersion of clay and mineral particles.
Laviosa Argimel ED2 stabilizes viscosity during processing.

Laviosa Argimel ED2 is used in drilling fluids.
Laviosa Argimel ED2 enhances rheological control in water-based drilling muds.
Laviosa Argimel ED2 prevents sedimentation of solids.

Laviosa Argimel ED2 is used in agrochemical formulations.
Laviosa Argimel ED2 stabilizes suspension concentrates.
Laviosa Argimel ED2 improves spray uniformity in liquid pesticides.

Laviosa Argimel ED2 is used in cleaning formulations.
Laviosa Argimel ED2 improves cling on vertical cleaning surfaces.
Laviosa Argimel ED2 enhances suspension of insoluble actives.

Laviosa Argimel ED2 is used in cosmetic formulations.
Laviosa Argimel ED2 improves viscosity control in gels and lotions.
Laviosa Argimel ED2 stabilizes emulsions against phase separation.

Laviosa Argimel ED2 is used in water treatment chemicals.
Laviosa Argimel ED2 enhances dispersion of solid treatment agents.
Laviosa Argimel ED2 improves formulation stability during storage.

DESCRIPTION

Laviosa Argimel ED2 is a high-purity smectite clay-based rheological additive.
Laviosa Argimel ED2 is supplied as a fine powder for water-based applications.
Laviosa Argimel ED2 is designed for easy dispersion in aqueous systems.

Laviosa Argimel ED2 provides thixotropic viscosity control.
Laviosa Argimel ED2 forms a stable three-dimensional network in water.
Laviosa Argimel ED2 prevents sedimentation and phase separation.

Laviosa Argimel ED2 enhances suspension of pigments and fillers.
Laviosa Argimel ED2 improves sag resistance and application control.
Laviosa Argimel ED2 maintains stability over a wide pH range.

Laviosa Argimel ED2 is compatible with many surfactants, binders, and polymers.
Laviosa Argimel ED2 performs effectively at low dosage levels.
Laviosa Argimel ED2 supports consistent rheology under varying shear conditions.

Laviosa Argimel ED2 should be dispersed properly to achieve optimal performance.
Laviosa Argimel ED2 is widely used in coatings, adhesives, construction chemicals, and industrial formulations.
Laviosa Argimel ED2 is valued for its reliable thickening, suspending, and stabilizing properties.

Laviosa Argimel ED2 is a fine, light-colored mineral powder derived from natural bentonite.
Laviosa Argimel ED2 is based on smectite clay with high swelling capacity.
Laviosa Argimel ED2 activates upon hydration in water.

Laviosa Argimel ED2 forms a three-dimensional gel structure in aqueous systems.
Laviosa Argimel ED2 provides thixotropic flow behavior.
Laviosa Argimel ED2 allows easy application with recovery at rest.

Laviosa Argimel ED2 is free-flowing and easy to disperse.
Laviosa Argimel ED2 hydrates without requiring high shear.
Laviosa Argimel ED2 is compatible with many inorganic and organic additives.

Laviosa Argimel ED2 is environmentally friendly and mineral-based.
Laviosa Argimel ED2 is non-toxic and non-flammable.
Laviosa Argimel ED2 supports sustainable formulation design.

PROPERTIES

Chemical Nature: Activated bentonite clay (smectite)
Appearance: Off-white to beige fine powder
Odor: Odorless
Bulk Density: ~0.7–0.9 g/cm³
True Density: ~2.4–2.6 g/cm³
Moisture Content: ≤10%
pH (2% suspension): ~8.0–10.0
Swelling Capacity: High in water
Solubility in Water: Insoluble; dispersible and swellable
Particle Size: Fine micron-scale particles
Rheology: Strong thixotropic behavior
Thermal Stability: Stable up to ~200°C
Chemical Stability: Stable under neutral and alkaline conditions
Electrolyte Sensitivity: Performance reduced in high-salt systems
Storage Temperature: Store dry at ambient temperature

FIRST AID

Inhalation:
Move to fresh air if dust is inhaled.
Seek medical attention if irritation persists.

Skin Contact:
Wash with water.
Generally non-irritating.

Eye Contact:
Rinse with water for several minutes.
Seek medical advice if discomfort continues.

Ingestion:
Rinse mouth and drink water.
Seek medical advice if discomfort occurs.

Note to Physicians:
Treat symptomatically; mineral dust exposure.

HANDLING AND STORAGE

Handling:
Avoid generating dust.
Use dust masks and eye protection when handling large quantities.
Ensure adequate ventilation.

Avoidance:
Avoid moisture exposure before use.
Avoid contamination with strong acids.

Spill Procedures:
Sweep up mechanically and avoid dust formation.
Dispose according to local regulations.

Storage:
Store in tightly closed bags or containers.
Keep in a dry, cool, well-ventilated area.
Protect from moisture to maintain performance.