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WQ-W40 is a premium synthetic wax emulsion designed for versatile applications, particularly suitable for application in overprint varnishes (OPV) of printing materials. This wax additive provides a host of outstanding properties such as excellent water resistance, efficient film formation, improved smoothness, anti-sticking, enhanced wear resistance, and excellent water resistance. As one of the professional wax emulsion suppliers, we highly recommend to apply WQ-W40 in OPV coatings for prints. By using WQ-W40, manufacturers can significantly enhance the wear resistance, smoothness, anti-blocking properties, and water resistance of OPV coatings, meeting diverse market demands while reducing production costs. Whether applied to packaging printing, label printing, premium printing products, commercial printing products, or specialty printing products, WQ-W40 delivers exceptional performance and value, helping manufacturers achieve both high quality and cost efficiency.
This wax emulsion lubricant could be used in OPV coatings for packaging printing to enhance wear resistance, smoothness, and water resistance. It is typically ideal for food packaging, pharmaceutical packaging, and cosmetic packaging, significantly improving durability and aesthetic appeal. In addition, the wax additive is utilized in OPV coatings for label printing to provide excellent wear resistance and water resistance. It is suitable for wine labels, beverage labels, and daily chemical product labels, enhancing durability and visual quality. Apart from the above, the synthetic wax emulsion also suits for uses in OPV coatings for high-end printing products to improve gloss and smoothness. Specifically, it is ideal for art books, brochures, and premium books, significantly enhancing the visual appeal and texture of printed materials.
Product Name | Synthetic Wax Emulsion |
Model Number | WQ-W40 |
Appearance | White Emulsion |
Solid Content | 40±1% |
Lonicity | Nonionic |
pH Value | 6.0-8.0 |
Solid Melting Point | 58-60℃ |
Viscosity@25℃ | 150 cps. Max. |