OMG Borchers Gen1350 is a high-efficiency water-based wetting dispersant of the Gen series under OMG Borchers, specially designed for water-based and UV curing systems with an aqueous solution of high molecular weight acid polyurethane copolymer as the core. The product is built for multi-type pigment dispersion, with outstanding dispersion effect on transparent iron oxide pigments
Solvent-free environmental type - Zero VOC and no organic solvents, in line with green production standards
Broad pigment dispersion - Adapt to organic and inorganic pigments, special effect on transparent iron oxide pigment dispersion
Outstanding anti-flocculation - Prevent pigment sedimentation and re-flocculation, ensure long-term storage stability of the system
Excellent finished product texture - Improve pigment tinting strength and gloss, achieve high transparency and high gloss effect
Wide resin compatibility - Adapt to polyurethane, epoxy and other resins, no system compatibility conflict
High-end water-based wood coatings - High-grade water-based wood coatings, improve film transparency and decoration
Water-based decorative coatings - High-end water-based coatings for interior and exterior walls, optimize color uniformity and gloss
Water-based industrial coatings - High-performance water-based industrial coatings, enhance film protection and stability
Water-based pigment color pastes - Preparation of water-based concentrated color pastes, ensure color paste dispersion and storage stability
UV curable water-based coatings - UV water-based curing systems, improve pigment dispersion and curing effect
| Brand | OMG Borchers (OMG Additives) |
| Chemical Type | Water-based high molecular weight acid polyurethane copolymer wetting dispersant |
| Chemical Composition | Aqueous solution of acid polyurethane copolymer |
| Appearance (20°C) | Pale yellow viscous liquid |
| Physical Form | Liquid |
| Non-volatile Content (Solid Content) | 89-91% |
| Ionicity | Anionic |
| VOC Content | 0%, no organic solvents |
| Specific Gravity (20°C) | Approx. 1.12 g/cm³ |
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E-mail: wangxingqiang@ericwchem.com
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Building A1, Jiete Industrial Park, Huangpu District, Guangzhou City, Guangdong Province, China