In the printing industry, color quality plays an essential role in creating striking visual materials. In this context, inorganic pigments for inks stand out as a crucial choice for achieving vibrant and long-lasting colors in a variety of applications.
Inorganic pigments for inks are non-organic chemical compounds used to provide color to printing inks. These pigments are known for their stability, light resistance, and ability to produce intense and durable colors. Their application ranges from paper printing to packaging printing, offering versatility that meets various needs in the printing industry.
Color stability: Inorganic pigments offer exceptional color stability, ensuring that prints maintain their vibrant and consistent appearance over time.
Light resistance: Their resistance to ultraviolet light makes them ideal for outdoor applications, minimizing fading and deterioration caused by prolonged exposure to the sun.
Durability: Inorganic pigments are known for their durability, making them suitable for applications requiring wear resistance, such as labels and packaging.
Color range: They offer a wide range of colors, from vibrant tones to more subdued colors, allowing designers to achieve the desired palette for their projects.
Substrate versatility: They are compatible with a variety of substrates, including paper, cardboard, plastic, and other materials, expanding the application possibilities in the printing industry.
Type of pigment: Different inorganic pigments offer different properties. For example, iron oxides provide a range of earth colors, while titanium dioxide is known for creating bright whites.
Thermal stability: Evaluate the thermal stability of the pigment to ensure compatibility with manufacturing processes and printing conditions.
Compatibility with resin: Ensure that the selected inorganic pigments are compatible with the ink base resin to achieve uniform dispersion and consistent coloring.
Application requirements: Consider the specific application requirements, such as chemical resistance, water resistance, or abrasion resistance, and select inorganic pigments that meet those criteria.
Environmental regulations: Verify that the inorganic pigments used comply with applicable environmental and safety regulations.
Bismuth vanadate
Composite TiO2
Carbon black
Chromium oxide
High-performance inorganic pigments (CICP)
Hybrid pigments (organic/inorganic)
Lithopone
Synthetic iron oxides
Titanium dioxide
Zinc sulfide
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