Eco-friendly Silica Dioxide For Inkjet Receptive Coating

Feature

Eco-friendly silica dioxide is a sustainable alternative to traditional silica dioxide used in inkjet receptive coatings. It is derived 

from renewable sources and has a lower environmental impact.

Silica dioxide is commonly used in inkjet receptive coatings because of its ability to absorb and hold ink, resulting in vibrant and 

sharp images. However, traditional silica dioxide is often produced through energy-intensive processes and may contain harmful chemicals.

Eco-friendly silica dioxide, on the other hand, is produced using environmentally friendly methods. It is derived from renewable 

sources such as rice husk ash or bamboo, which reduces the carbon footprint associated with its production. Additionally, it does 

not contain harmful chemicals or heavy metals, making it safer for both humans and the environment.

Inkjet receptive coatings made with eco-friendly silica dioxide offer the same high-quality print results as traditional coatings. They 

provide excellent ink absorption and drying properties, ensuring that the ink is quickly absorbed into the coating and does not smudge 

or smear. The coating also enhances color vibrancy and image sharpness, resulting in professional-looking prints.

Furthermore, eco-friendly silica dioxide coatings are water-resistant and offer excellent durability, ensuring that the prints remain 

vibrant and fade-resistant over time. This makes them suitable for a wide range of applications, including photo printing, graphic 

design, and art reproduction.

By choosing eco-friendly silica dioxide for inkjet receptive coatings, businesses and consumers can reduce their environmental 

impact without compromising on print quality. It is a sustainable and responsible choice that contributes to a greener future.

Used Method

Applicable to various types of coating machine,such as Gravure, Air-Knife coster. Directly coated on the machine.

Coating Weight

25-30g/m2 (Dry Based)

Package

125 KGS /Drum

Anticorrosion Pigments, Inkjet Receptive Coating, Matting Agent