Paper Printing Water Based Ink

Product Details:

AQUA GRAVO W-QS is formulated for gravure printing on absorbent substrates. They are characterized by their ability to provide high-quality prints and maximum brightness over any type of paper substrates. Paper Printing Water Based Ink is self cross-linking Acrylic copolymer emulsion. It has excellent thermal and mechanical stability, which gives it superior running properties. It has a special acrylic system, which gives good wet rubbing fastness.

Properties:

• High colour strength at low viscosity
• Rapid drying by absorption into the substrate
• Can be formulated for low slip, enhanced rub product resistance
• WWater-based gravure inks are used for wide variety of application
• Choking problems are not visible even in long and continues run

Properties:

• Miscibility: Good in water
• Compatibility: Compatible with water and pigment emulsion
• Substrate: Any type of paper and stock substrate
• Wash up: Water is normally used. However if inks have been allowed to dry on the rollers or stereos, propylene glycol ethyl or a mild alkali solution may be necessary to fully remove dried inks
• Storage: Being water-based “AQUA GRAVO W-QS” is not considered highly inflammable

Note:

• Information provided here is in good faith, to the best of our knowledge and without liabilities

Product Details:

Owing to our vast expertise in the domain, we have become one of the proficient manufacturers, exporters and suppliers of superior quality Gravure Printing Ink that are primarily used to colour a surface in order to produce an image, text or design. These inks are processed under the stern guidance of our skilled professionals using optimum grade chemical compounds and advanced machines. Further, offered inks are checked on numerous measures to ensure their quality. In addition, our clients can get these Rotogravure Printing Inks from us as per their specific needs at market friendly prices.

Features:

• Excellent stability
• Long shelf life
• Accurate composition
• Excellent thermal and mechanical stability