Iron Oxide Brown Iron Oxide Brown, also known as Ferric Brown or Brown Iron Oxide, is a synthetic inorganic pigment with a brown color. Like other iron oxide pigments, it is composed of iron and oxygen, specifically iron(III) oxide, which gives it its brown hue. This pigment is commonly used in various industries for coloring and various applications. Some common uses of Iron Oxide Brown include Paints and coatings: It is added to paint formulations to achieve a brown color. This can be seen in a range of applications, such as house paints, industrial coatings, and artistic paints. Construction materials: Iron Oxide Brown is used to color concrete, mortar, and other construction materials, giving them a brown tint. This is especially useful in architectural and decorative concrete applications. Plastics: In the plastics industry, Iron Oxide Brown can be employed to provide a brown color in products like PVC, plastic packaging, and various plastic items. Ceramics and pottery: It is used in the coloring of ceramics, pottery, and glazes, helping achieve earthy and brown tones in ceramic products. Inks and pigments: It is utilized as a coloring agent in the production of inks and pigments for various applications, including printing inks, artists' paints, and coloring agents for a wide range of materials.
What is Blue Iron Oxide Blue iron oxide, also known as iron oxide blue, is mainly composed of magnetite, which makes it highly magnetic. Its crystal belongs to isometric crystal system oxide mineral. The appearance is mostly dark blue or light blue powder, with bright color and high coloring power. Construction grade can be used for coloring paving stones, colored concrete blocks, split bricks, interlocking bricks, colored rigid bricks, roof tiles, rubber bezels, slurries, colored asphalt, permeable asphalt concrete, sports tracks, wood plastic flooring WPC... Factors affecting the quality of blue iron oxide The particle size determines the quality of iron oxide blue and also its stability. Its color depends mainly on the presence of colored ions. The mixing of colors needs to be operated proportionally, and there are certain intrinsic connections between the pigments. In the color mixing of blue iron oxide pigments, the principle of pigment mixing should be understood. The more types of mixed pigments used, the lower their brightness and purity, and the color tends to be dark gray. What are the advantages of blue iron oxide pigments High coloring power. The stronger the coloring power, the brighter the color. High light resistance. It is generally believed that the more alkali metals in iron oxide blue pigment, the stronger its light resistance. However, when mixed with white pigments such as titanium dioxide, the light resistance will decrease. Wide range of uses. In high temperature environment, less moisture, the color will be more vivid. In low temperature environment, more moisture, the color will be darker. The hue of this pigment ranges from dark blue to bright blue, which is somewhat related to its composition. The more alkali metal content in blue iron oxide, the more FE(CN)6 atomic groups, and the less water it contains, the brighter its color will be. In addition to the chemical composition, the hue, coloring power, dispersibility and oil absorption of iron blue are closely related to its particle size.
Electro-galvanized iron wire 1.Size:0.15mm--5.0mm 2.Tensile strength: 300mpa--500mpa 3.Zinc coating: 10g/m2--20g/m2 Din 160; din 200; din250; coil packing
Cast iron parts eg, hydrant body, valve body, pipe and fittings, flange, brake rotor, hub.
Cast iron tube, cast iron pipe and fittings.
Investment casting, cast iron.
Cast grinding ball, cast cylpebs.
Ductile iron pipes, ductile iron pipe fittings.
Cast iron disc.
Iron castings.
Cast iron.
Ductile iron pipes.
Iron hardware like wc fitting, hardware fitting.
Iron ore.
Cast iron cookware.
Malleable iron casting, gray iron casting, ductile iron casting.
Cast iron.
Iron casting.
Iron casting.
Iron casting.
