Waterborne Drier for Acrylic‑Modified Alkyd Oxidative Acrylic Resin System is hydrophilic‑modified composite metal drier optimized for acrylic‑modified alkyd oxidative acrylic hybrid resins. Acrylic modification will change resin molecular structure and bring challenges to conventional waterborne driers, such as slow through‑drying, gloss drop and insufficient water resistance. This product adopts matched multi‑metal catalytic formula and special hydrophilic modification technology. It realizes
Waterborne Drier for Acrylic‑Modified Alkyd Oxidative Acrylic Resin System belongs to customized water‑dispersible composite drier targeting acrylic‑modified alkyd oxidative acrylic hybrid resin systems. Due to acrylic segment introduction, hybrid resins show different polarity and curing response compared with ordinary water‑reducible alkyd. General waterborne driers often cause insufficient through‑drying, gloss loss, poor water resistance and paint storage instability. This product uses optimized multi‑metal catalytic components and exclusive hydrophilic modification process. It disperses evenly in acrylic‑modified alkyd resin matrix and will not destroy latex particle stability. It catalyzes oxidative cross‑linking of unsaturated alkyd segments inside hybrid resin, achieving coordinated surface‑drying and deep‑layer through‑drying. It improves hardness development, gloss retention and water‑resistant performance of cured film. It adapts to different grades of acrylic‑modified alkyd oxidative resins and maintains stable batch‑to‑batch quality.
‑ Custom‑formulated waterborne composite drier for acrylic‑modified alkyd oxidative acrylic hybrid resin systems ‑ Solves typical hybrid‑coating defects: slow through‑drying, gloss decline and unsatisfactory water resistance ‑ Stable water dispersibility, no emulsion flocculation or particle aggregation after addition ‑ Balanced surface‑drying and through‑drying catalytic performance for modified alkyd molecular chains ‑ Promotes film hardness growth, gloss retention and water‑resistant property of cured coatings ‑ Good compatibility with pigments, fillers and various acrylic‑modified alkyd binders ‑ Designed for decorative and industrial water‑borne acrylic‑alkyd hybrid coating formulations ‑ Reliable batch‑to‑batch consistency for mass‑production of acrylic‑modified alkyd waterborne paints
‑ Product Name: Waterborne Drier for Acrylic‑Modified Alkyd Oxidative Acrylic Resin System ‑ Active Component: Hydrophilic‑modified multi‑metal carboxylate composite ‑ Appearance: Reddish‑brown transparent liquid ‑ Solubility: Water‑dispersible, miscible with acrylic‑modified alkyd oxidative acrylic resin ‑ Density: 0.98‑1.06 g/cm³ @25℃ ‑ Viscosity: Low‑viscosity liquid ‑ Flash Point: ≥60℃ ‑ Moisture: ≤0.3%
‑ Water‑borne acrylic‑modified alkyd decorative paints and hybrid varnishes ‑ Industrial air‑dry water‑based acrylic‑alkyd hybrid protective topcoats ‑ Oxidative‑cure acrylic‑modified alkyd resin formulations suffering curing insufficiency ‑ Hybrid resin coating projects requiring stable gloss and excellent water‑resistance ‑ Special composite drier solution for acrylic‑modified alkyd oxidative acrylic resin systems
‑ Typical dosage: 0.20%‑0.60% calculated on total paint weight ‑ Add slowly under gentle low‑speed stirring during paint letdown stage, avoid high‑shear violent agitation ‑ Do not add during high‑temperature resin synthesis procedure ‑ Conduct full formula pre‑test focusing on drying speed, through‑dry performance, gloss, water resistance and storage stability ‑ Excessive dosage will trigger skinning and color shift risk; strictly control addition dosage ‑ Complete full‑set laboratory assessment before mass‑scale production
‑ Standard package: 25kg / 200kg metal drum ‑ Store in cool, dry and well‑ventilated warehouse, keep away from heat source and direct sunlight ‑ Tightly seal container after opening to prevent solvent volatilization and performance deterioration ‑ Shelf life: 12 months under proper storage conditions
‑ Combustible liquid, keep away from all ignition sources. ‑ Avoid skin contact and eye splash. Wear chemical‑resistant gloves and safety goggles during handling. ‑ Avoid inhalation of vapor and mist, ensure effective local ventilation. ‑ Refer to SDS for full guidanc

Copy product links
Long by picture save/share

