HN-5088 is WATER-BASED STYRENE ACRYLIC POLYMER/BINDER USED FOR SCREEN PRINTING PASTES.
Water-Based Acrylic Screen Printing Emulsion Paste
Product Overview
Water-based acrylic screen printing emulsion paste is an environmentally friendly, high-performance coating material specifically designed for screen printing applications. It is formulated with acrylic resin as the primary component, combined with water as the solvent, ensuring low VOC emissions and compliance with modern environmental regulations.
Key Features
Eco-Friendly: Free from harmful solvents (e.g., phthalates, formaldehyde) and heavy metals, making it safe for both users and the environment.
High Adhesion: Provides excellent bonding strength to various substrates, including textiles (cotton, polyester, blends), plastics, paper, and metals.
Fast Drying: Rapid air-drying properties enhance production efficiency.
Durability: Resistant to abrasion, washing, and UV exposure, ensuring long-lasting prints.
Easy Application: Smooth viscosity and thixotropic properties allow for precise ink transfer through fine meshes.
HN-5088 styrene acrylic polymer emulsion is water based and rheology controlled. It is suitable for various screen-printing pastes, which can be printed on porous or textile substrates, such as 100% cotton fabric, cotton/polyester combined fabric, EVA, nylon, polyester, T/C, synthetic, terry fabrics, etc.
Screen paste types: white paste/clear paste/discharge paste and other type screen printing pastes.
Be suitable for screen printing machines of roller/rotary/flat screen/artificial, etc.
| Model | HN-5088 |
| Appearance | White milky liquid |
| Solid content | 58+-1% |
| Viscosity | 500-2000cps |
| PH | 7.0-9.0 |
Minimum Film Formation Temperature (MFT) | 0oC |
Ca2+ stability 5% CaCl2: emulsion =1:3, 48h, No Flocculation, No Stratification | Pass |
Soft touches, Strong film, Good adhesion, Fast drying, High gloss, Water/Rub/Block resistance, compatibility with pigment dispersants, dyes, other chemicals.
QINGDAO HIGHONOUR CHEMICAL TECH CO., LTD.
