Inorganic Pigments for Construction Industry - Quality China Suppliers and Factory Direct Products
Core Performance Characteristics
The core performance of inorganic pigments stems from their chemical nature as metal oxides or salts, which endows them with some common and highly stable properties:
High-Performance and Environmentally Friendly Inorganic Pigments
Besides the traditional pigments mentioned above, there is another class of pigments with superior performance, representing the future direction of development:
Performance: Formed by calcination at temperatures above 800°C, possessing exceptional weather resistance (up to 15 years or more), temperature resistance (up to 800°C), and chemical stability.
Advantages: Environmentally friendly and non-toxic (although containing metals, they are locked in an inert crystalline structure, safe for human use), with superior color vibrancy compared to traditional inorganic pigments, comparable to some organic pigments.
Disadvantages: High cost, and relatively low tinting strength.
Applications: Used in high-end fields such as ultra-durable fluorocarbon coatings, coil coatings (requiring weather resistance of over 15 years), high-temperature engineering plastics, and high-performance ceramic inks.
Direction: Includes new pigments synthesized directly using non-toxic elements such as titanium, bismuth, and copper, or those using coating technology to fix harmful elements (e.g., coated cadmium red).
Features: While maintaining performance, it meets stringent environmental regulations and represents a trend to replace traditional lead- and cadmium-containing pigments and some organic pigments.
Main Members: From Ancient Minerals to Modern Synthetics
The inorganic pigment family includes both ancient members originating from the earth and modern mainstays born in laboratories.
These are the earliest pigments used by humankind, derived directly from natural minerals or soil, such as laterite, ochre, and malachite. They are typically darker in color but inexpensive and are still used in painting and other fields today.
Manufactured artificially through chemical methods, these are currently the mainstay of applications. They overcome some of the shortcomings of natural pigments, offering a wide variety and more stable performance.
Common Synthetic Inorganic Pigments
In general, choosing inorganic pigments usually involves a trade-off between stability and durability and color performance. If organic pigments are the "artists" pursuing the ultimate color, then inorganic pigments are the "powerful" ones that can withstand the test of time and remain steadfast in their role.