ACRYLIC RESIN FOR POWDER COATING
WATER BASED ACRYLIC COPOLYMER EMULSION RESINS
SOLVENT BASED ACRYLIC RESIN
SOLID ACRYLIC RESINS
WAX EMULSION
AQUEOUS POLYURETHANE DISPERSION
SATURATED POLYESTER RESIN FOR POWDER COATING
ACRYLIC RESIN FOR POWDER COATING
POLIVINYL ACETATE EMULSION
ETHYLENE VINYL ACETATE COPOLYMER EMULSION
LIQUID PHENOLIC RESIN
HOT MELT ADHESIVES
RESINS FOR COATING WOOD COATING & RESINS FOR COATING CONSTRUCTION
ACRYLIC RESIN FOR POWDER COATING>
ACRYLIC RESIN FOR POWDER COATING
Main Ingredients│Acrylic Resin
Main Application│Acrylic-based powder coatings
Speeial Features│High-performance flow modifier, weather resistance, and resin compatibility
Used in the production of durable outdoor powder coatings with various gloss levels. Offers excellent transparency, mechanical properties, flow, weather resistance, and chemical resistance.
ACRYLIC RESIN FOR POWDER COATING
| Product Code | EEW | Max. CI | Viscosity |
Tg (approx.) |
Cure Cond (Substrate Temperature) |
Ratio PE/EP |
Properties |
| FC-3A | — | 1 | 30000~50000 | — | — | — | Flow modifier suitable for epoxy, polyester, and acrylic coatings (solvent-based and solvent-free) to reduce pinholes and craters, and improve leveling and resin compatibility |
| FC-100 | — | 1 | — | — | — | — | High-performance flow modifier with excellent weather resistance and resin compatibility |
| FC-150 | — | — | — | — | — | — | Flow modifier for epoxy, polyester, and acrylic powder coatings to minimize pinholes and craters and enhance flow characteristics |
| AG-500 | 500~570 | 2 | 300~600 (at 165°C) |
65 | 10min/200°C | 75 /25 | Can be co-extruded with EL-8300 to create adjustable-gloss matte powder coating systems without contamination |
| AG-750 | 730~780 | 2 | 150~300 (at 200°C) |
75 | 10min/200°C | 78.5 / 21.5 | Can be co-extruded with EL-8300 to create adjustable-gloss matte powder coating systems without contamination |
| AG-800 | 48~55 | 2 | 300~600 (at 200°C) |
73 | 10min/200°C | 60/40 | Can be co-extruded with EL-8300 to create adjustable-gloss matte powder coating systems without contamination |