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Product color and classification

There are mainly three color systems, including red, yellow, and black. Each color can cover shades from the lightest to the darkest. We offer you a wide range of choices. Meanwhile, the three primary colors can be mixed to produce more other colors, such as brown, orange, green, blue, etc.

The colors above are pictures taken from laboratory sampling and are for reference only. If the customer needs it, we can provide free samples to them for testing and use. Our actual models are much larger than the ones shown above. If customers have specific requirements, please contact us and we will provide the product series they need for them to choose from.

Product Performance Overview

It has strong chemical and physical stability.

Alkali resistance: It is very stable to any weak or concentrated alkali substance, especially suitable for cement and limestone mortar in construction, and will not pulverize in cement, maintaining its strength.

Acid resistance: Has a certain resistance to weak acids, but can dissolve in strong acids, especially when strong acids are strong.

Light resistance: It will not change color even under strong sunlight.

Heat resistance: Within a certain temperature range, the color is stable, but if the temperature exceeds the limit, the color will change. The higher the temperature, the more obvious the color change (we have some high temperature resistance grades that can work at 1150 degrees Celsius).

3. Packaging style:

According to weight: commonly used packaging includes 1700 kilograms, 1200 kilograms, 600 kilograms, 500 kilograms, 100 kilograms, 25 kilograms, 10 kilograms, 5 kilograms, etc.

According to material: woven bag, paper bag, composite bag, water-soluble paper bag, low melting point bag, etc.

4 APPLICATION

Iron oxide pigment is widely used in paint, coating, building materials, ink, plastic, ceramic, paper, leather, food, cosmetics and other industries

4.1 APPLICATION IN THE PAINT AND COATING

The newly developed iron oxide dispersant has the dual advantages of electrostatic stability and spatial stability. Even under long-term storage conditions, it can provide long-lasting pigment stability and consistently maintain high coloring power. In addition, the additive can also reduce the viscosity of pigment concentrate, thereby increasing the amount of pigment added and reducing the amount of concentrate required to cover a given surface area.

The increasing demand for higher coverage and coloring power of pigments and fillers in the construction industry has led to stricter performance requirements for iron oxide dispersants. This requires providing iron oxide powders in various colors and produced using different processes.

Add a paragraph below the application building to explain:

Iron oxide pigments are widely used in coatings, paints, and inks due to their non toxicity, non color bleeding, low cost, and diverse color tones. The iron oxide pigments used for coatings include iron yellow, iron red, iron brown, iron black, mica iron oxide, transparent iron yellow, transparent iron red, and semi transparent products. Among them, iron red has the largest application and widest range, and is the most important type.

Iron red has good heat resistance, does not change color at 500 ℃, and maintains a stable chemical structure at 1200 ℃, demonstrating extremely high stability. It can absorb the ultraviolet spectrum in sunlight, thus providing protection for the coating. At the same time, it is resistant to dilute acids, alkalis, water, and solvents, thus possessing excellent weather resistance.

4.2    APPLICATION IN THE CONSTRUCTION

4.3    APPLICATION IN THE FOOD, COSMATICS

The common characteristic of iron oxide coloring materials is that they are insoluble in water and have no affinity with pulp fibers. They need to be fixed on the fibers with the help of alum to achieve coloring and filling. Iron oxide pigments have strong light resistance and good covering performance.

In high-end decorative base paper (such as pine base paper), iron oxide pigment not only acts as a filler, but also partially replaces expensive titanium dioxide, while playing a coloring role, replacing high cost and heavily polluting organic dyes.

Add a paragraph below the application paper industry to explain:

Iron oxide pigment is an inorganic pigment used for filling certain specialty papers, but its application is not widespread. This type of pigment is a part of the iron-based coloring agents, usually using only four types: iron oxide red, iron oxide yellow, iron oxide black, and iron brown.

The common characteristic of iron oxide coloring materials is that they are insoluble in water and have no affinity with pulp fibers. They need to be fixed on the fibers with the help of alum to achieve coloring and filling. Iron oxide pigments have strong light resistance and good covering performance.

In high-end decorative base paper (such as pine base paper), iron oxide pigment not only acts as a filler, but also partially replaces expensive titanium dioxide, while playing a coloring role, replacing high cost and heavily polluting organic dyes.

Add a paragraph below the ceramic application to explain:

Ceramics is one of the most widely used industries for the application of iron oxide. Color glaze manufacturers tend to use Huayuan New Material Paint, which is iron oxide red, to formulate various color schemes they need.

Add a paragraph below the battery application to explain:

Iron oxide (usually referred to as Fe2O3, Fe ₂ O3, or Fe2O3) as a positive electrode material for batteries has certain research and application value in certain types of battery systems, especially in lithium-ion batteries, sodium ion batteries, and some new metal air batteries. Our company has currently achieved mass production with a purity of over 99%.

4.4    APPLICATION IN THE PAPER、CERAMICS

4.5   Application for the advanced function materials

Catalyst, battery energy storage, etc