Iron Oxide Pigment For Floor
As iron oxide pigments have good weathering, alkali and light resistance, these properties are not found in other inorganic or organic pigments. Therefore, iron oxide pigments are used as coatings and colouring in construction materials. Such as wall finishes, artificial marble, millstone floors and the colouring of silicate products. Iron oxide yellow is used on coloured cement or concrete runways, on temple facades and moats around palaces, and iron oxide red is used for surface finishing.
Advantages
Colour consistency
Insoluble in mixed water (and rain)
Excellent lightfastness and weatherability (UV resistance)
Pigments do not alter the mechanical properties of the final material
Pigments do not alter setting times and other properties of cementitious formulations
Iron Oxide Pigment For Plastic Cement
Characteristics: Bright colour, strong colouring power, high purity, resistant to strong sunlight, resistant to atmospheric influences, resistant to dirty gases and various climate changes. Good alkali resistance, poor acid resistance. Rubber products coating adhesion is quite large, in sunlight, air, acid and alkali in the heat of sulphuric acid that is reactive, in the case of sulphur or hydrogen sulphide does not change. Stability requirements for moulding and processing are not strict on the processing temperature requirements. Used in brake pads, brake panels and other asbestos plastic products can improve the coefficient of friction and reduce friction loss. Economical to use.
Usage
The use of iron oxide pigment in rubber: Generally, the raw rubber is cleaned and refined, and then mechanically processed to get the necessary plasticity, and then added with vulcanising agent and fillers such as iron oxide pigment, zinc oxide and calcium carbonate for blending to get the raw rubber. Then it is processed and moulded into various rubber parts.
Applications
In the application of rubber and plastics, iron oxide red, which does not contain heavy metal ions such as copper and manganese, can be used in aviation tyres to prevent the aging of rubber. Iron oxide pigment has strong colouring power and pure colour, it is used as colouring agent and filler in PVC plastic flooring and PVC colouring film, and it can be used in thermosetting plastics such as Bakelite powder, Bakelite powder and polyolefin. In thermoplastic plastics: the use of iron oxide pigment in masterbatch or slurry preparation will be more popular in the industry.
Iron Oxide Powder For Sale
Iron oxide is an amorphous powder with red or dark red appearance. The chemical formula is Fe2O3. relative density 5~5.25, melting point 1565â??. Iron oxide is insoluble in water, soluble in hydrochloric acid and sulfuric acid, slightly soluble in nitric acid.
Iron oxide pigment is the second largest inorganic pigment after titanium dioxide and the first largest colored inorganic pigment. It mainly contains iron oxide red, iron oxide yellow, iron oxide black and iron oxide brown pigments with iron oxide as the basic substance. In addition, more than 70% of all consumed iron oxide pigments are prepared by chemical synthesis methods, called synthetic iron oxide, such as green iron oxide, etc. ...... We can supply iron oxide pigments in various colors. Browse the products below to find the pigment you need, or contact us if you need help. We will help you select the right iron oxide pigment for your unique needs.
Iron Oxide Pigment Usage
As an inorganic pigment, it is used for coloring paints, rubber, plastics, construction and so on. Used as antirust pigment in paint industry. Used as coloring agent for artificial marble, terrazzo on the ground, coloring agent and filler for plastics, asbestos, artificial leather, leather polish, etc. It is also the polishing agent for precision instruments and optical glass, and the raw material for manufacturing ferrite components of magnetic materials. ......
As magnetic raw material, it can be used in electronic industry, communication equipment, TV sets, computers as well as line output transformers, switching power supplies and ferrite cores.
Used as analytical reagent, catalyst and polishing agent, also used as pigment component.
Used for coloring the outer sugar coating of various pills.
Used in the preparation of magnetic materials, pigments, and reducing agents, polishing agents, catalysts, etc...
Used as anti-paint pigment. As the mica iron oxide antirust agent made of this product has good water permeability resistance and excellent antirust performance, it can replace reddan.
Synthetic iron oxide is characterized by high purity, even and neat particle size and wide range of chromatography. At the same time, the variety of colors, low price, non-toxic, excellent coloring is also the reason for its wide application. In addition, it has the ability to absorb ultraviolet rays. Various excellent properties make it widely used in building materials, coatings, plastics, electronics, medicine, rubber, ceramics, ink, magnetic materials, paper making and other fields.
Iron Oxide Pigment Powder
Iron oxide powder is a well dispersed pigment with excellent light and weather resistance. Iron oxide pigment mainly refers to four kinds of coloring pigments, iron red, iron yellow, iron black and iron brown, with iron oxide oxide oxide red as the basic material, among which iron oxide red is the main one (about 50% iron oxide pigment), iron oxide mica can be used as antirust pigment and magnetic iron oxide can be used as magnetic recording material.
Iron oxide pigment powder use
1ã??Iron oxide as pigment is widely used in high-grade automotive coatings, architectural coatings, anticorrosive coatings, powder coatings, and it is a kind of better environmental protection coatings. The annual consumption of iron oxide pigment in the world is more than 1 million tons, which is second only to titanium dioxide and ranks second in inorganic pigment. Adopting iron oxide as pigment, it not only retains the advantages of good heat resistance, weather resistance and ultraviolet absorption of general inorganic pigment, but also performs well in oil carrier, and the paints and inks prepared with it have satisfactory transparency. The use of semiconductor properties of iron oxide coating, due to its high conductivity, can play a role in electrostatic shielding.
2, iron oxide is commonly used in glass production coloring agent. Glass colored with iron oxide can absorb both ultraviolet and infrared rays, so it is widely used in the manufacture of heat-absorbing glass, sunglasses glass, industrial protective glass, military anti-infrared coating. It also has the function of low cost, absorbing hot wire and ultraviolet rays.
3.Globally, iron oxide pigments are widely used as colorants and protectants for wood coatings. The use of transparent iron oxide pigments instead of traditional pigments preserves clear wood grain and its high light resistance keeps the color of furniture unchanged. Ultraviolet rays from sunlight decompose lignin and damage the cell structure of wood, leading to wood aging. Iron oxide nanopigment can protect wood because of its fine and uniformly distributed particles, which do not scatter light and absorb ultraviolet rays.
Ferric Oxide Yellow
This is one of the many colors of iron oxide. Yellow ochre clay contains yellow iron oxide. In ceramics, red iron oxide is most commonly used in glazes and clay bodies, but black is also used. Yellow is the least stable form of the color. Iron oxide yellow is a synthetic material with a very fine particle size (but not as fine as black or red).
Yellow iron can be used when the original color or other original properties are important to the manufacturing process or color of the unfired product and when a less messy material is desired. Yellow iron is not as fluffy or light as black iron, but it is fluffier and lighter than red iron. It is not as heavily agglomerated as red, but more so than black. It has a coarser particle size and does leave some light-colored residue on a 325-mesh sieve (up to 8% residue in one sample we tested and zero in others).
Pyrite is also used in paints, enamels, concrete stains, plastics, rubber and paper where a permanent yellow color is desired. It has excellent hiding power, absorbs UV light, is compatible with a wide range of vehicles, disperses well in aqueous and solvent systems, and is free of heavy metals.
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APPEARANCE : WHITE POWDER
SOLUBILITY : SOLUBLE IN WATER
CaCl2 ASSAY : > 94% OR BASED ON YOUR REQUIREMENT
PACKING SIZE : 50 KGS/BAG OR BASED ON YOUR REQUIREMENT
APPEARANCE : WHITE POWDER
SOLUBILITY : SOLUBLE IN WATER
CaCl2 ASSAY : > 94% OR BASED ON YOUR REQUIREMENT
PACKING SIZE : 50 KGS/BAG OR BASED ON YOUR REQUIREMENT
A ferro-titanium oxide mineral with ideal molecular formula FeTiO3. It is a weakly magnetic black or steel-gray mineral. Ilmenite is the most important titanium ore and the main source of titanium dioxide, used in paints, printing inks, fabrics, plastics, paper, sunscreen, food and cosmetics.
Titanium can also form many compounds, they also have a variety of special properties and uses, such as titanium dioxide, is a white powder, it is the best white pigment, commonly known as "titanium white", 1 gram of titanium dioxide can be more than 450 square centimeters of the area painted white. Titanium dioxide used as white pigment in the world is more than hundreds of thousands of tons a year. If titanium dioxide is added to the paper, it can make the paper white and opaque, so the paper used in the manufacture of banknotes and fine arts is sometimes added to titanium dioxide, in addition, in order to make the color of the plastic lighter and make the rayon luster soft, it is sometimes added to titanium dioxide. Titanium dioxide is known as the whitest thing in the world. Most of the titanium in nature is in a dispersed state, mainly forming minerals ilmenite TeTiO3 and rutile TiO2, and vanadilmenite. China's Panzhihua area of Sichuan Province is very rich in vanadilmenite, reserves of about 1.5 billion tons.
So how was titanium discovered? In 1791, British scientist Grigor found a kind of ore in the outskirts of Minahan - black magnetic sand, through the study of this ore, he believes that there is a new chemical element in the ore. The new element was named after Minahan, the place where the ore was found.
Four years later, the German chemist Klapoute found this new element from a red ore in Buynik, Hungary, he named it after the name of the "Tai Dan" in Greek mythology (the Chinese translation of its original name, named titanium), Klapoute also specifically pointed out that the new element "Minahan" discovered by Grigor is titanium, but found at that time, It's actually powdered titanium dioxide instead of titanium metal. Until 1910, the American chemist Handel was the first to produce 99.9% purity of the metal titanium, but a total of less than 1 gram. From the discovery of titanium to the production of metal titanium, before and after 120 years, to 1947, people began to refine titanium in the factory, at that time, the annual production of only 2 tons. By 1955, production had surged to 20,000 tons. By 1972, annual production reached 200,000 tons. The use of titanium is more and more widely, more and more people's attention, people call it the future of steel, the 21st century metal.
1. Ultra High purity caustic soda
2. Free flowing milky white granules
3. Specially packed under completely dry and air-conditioned climate. Automatic weighing, heat sealing and stitching in dehumidified environment gives along lasting lumps-free storage
1. Ultra High purity caustic soda
2. Free flowing milky white granules
3. Specially packed under completely dry and air-conditioned climate. Automatic weighing, heat sealing and stitching in dehumidified environment gives along lasting lumps-free storage
Zinc oxide, often abbreviated as ZnO, is a versatile inorganic compound with a wide range of applications across various industries. It is a white powder, insoluble in water, and exhibits both acidic and basic properties.
Biodegradable masterbatch, also known as biodegradable colorant or biodegradable pigment, is a specialized additive used in plastics processing to impart color to plastic products while maintaining their biodegradability. Unlike conventional colorants, which may hinder the biodegradation process, biodegradable masterbatch is designed to break down naturally over time, contributing to environmental sustainability.
Premium Grade Calcium Chloride (CaCl2)
Product Overview:
Our Premium Grade Calcium Chloride is a highly versatile chemical compound known for its exceptional de-icing and moisture control properties. Manufactured under stringent ISO9001 standards, this product ensures consistent quality and performance.
Specifications:
Formula: CaCl2
Purity: Available in 74-95% concentration
Appearance: White, odorless granules or flakes
Grade: Industrial and Food Grade
Packaging: 25kg bags, 1000kg bags (customizable upon request)
Features:
High Melting Power: Effective for de-icing roads, driveways, and sidewalks, ensuring rapid melting of ice even in severe weather conditions.
Moisture Control: Ideal for use in drying operations in various industries, including oil drilling, gas production, and food processing.
Dust Control: Helps to bind dust particles on unpaved roads and construction sites, improving air quality and visibility.
Safe for Environment: Our calcium chloride is designed to be eco-friendly and safe for use around vegetation and animals when used as directed.
Applications:
De-Icing Agent: Widely used in winter road maintenance to prevent ice formation and to melt existing snow and ice.
Humidity Control: Used in storage facilities to maintain optimal humidity levels, especially in the agriculture and food sectors.
Oil & Gas Industries: Acts as a fluid for hydraulic fracturing in the oil and gas industry and helps in the stabilization of boreholes.
Construction: Serves as a solidifying agent in soil stabilization and as a concrete accelerator in building projects.
Quality Assurance:
Every batch of our calcium chloride undergoes rigorous testing to meet the highest quality standards. Accompanied by certificates of analysis (COA), our products ensure compliance with both national and international standards.
Custom Solutions:
We understand the diverse needs of our customers and offer customized formulations and packaging to meet your specific requirements.
Order and Shipping:
Minimum Order Quantity: 18 ton
Shipping: FOB China, CIF to desired ports in the United States and Canada
Lead Time: 3-4 weeks after order confirmation
For detailed information and to place your order, please contact us
1 Oil & Gas Drilling Calcium chloride plays a critical role in drilling fluids used during oil and gas exploration. It helps stabilize boreholes, control viscosity, and prevent clay swelling.
2 Dust Control It binds loose particles, reducing airborne dust and enhancing air quality.
3 Moisture Absorption Calcium chloride prills act as a desiccant, absorbing moisture from the air. They are used in packaging to safeguard sensitive products from humidity.
4 Other Application Anhydrous CaCl2 finds use in concrete acceleration, refrigeration plants, aquaculture, and animal feed.
Everflon+ Fluoropolymers Color Masterbatch
Reap the benefits of excellent pigment dispersion in your final polymer mix with Everflon+ masterbatch formulations for fluoropolymers. Pigment concentration and viscosity can be tailored to your specific application, and formulations are suitable for end-products with wall thicknesses that are as thin as one millimeter or 25 microns.
Whether you are producing wire insulation or jacketing, film, tubing and profile shapes or injection molded parts, speak to our team of experts to find the right solution for your needs. Colorants are based on specific high-performance resins from Everflon FEP, PFA and ETFE.
When manufacturing our color batches, the color pigments are placed at a high concentration within fluoropolymer.
Our customers use this color concentrate in a ratio of 5 10% to the basis polymer. already colored according to customer specifications.
We can customize our color masterbatches to make them work on the basis of the desired raw material type or according to the requirements of the final product.
If, for technical reasons, a color masterbatch cannot be used, we offer a ready-to-run material that is
Iron Oxide Paint Colors
Depending on how iron oxide is prepared, it can take on different colors: yellow, red, brown and black. The different colors of iron oxide depend on the oxidation state of the iron atoms, with Fe+3 being brown and Fe+2 being red. The different colors of iron oxide also depend on the amount of water added to the iron atoms (iron hydroxide). This variation produces yellow, red, brown and black colors.
Characteristics of Iron Oxide Pigments
Iron oxide pigment is a large-size and wide range of inorganic color pigment. It is widely used. It is widely used in building materials, coatings, inks, rubber, plastics, ceramics, glass products, hardware glass polishing, theatrical oil painting pigments, paints, cosmetics, pharmaceutical coloring, photocopying materials, catalysts, electronic industry and magnetic recording materials for recording and logging. Video recording.
WJWAX specializes in providing Naphthenic mineral oil (Cycloalkyl mineral oils), which can be used for rubber plasticization and also for hot melt adhesive products. If you need this white oil product, please contact us for price and parameter information (TDS or COA).
Naphthenic mineral oil N4010, N4006 is a versatile and commonly used ingredient in hot melt adhesive formulations. Its unique properties contribute to the overall performance and functionality of adhesives in various applications. Here are some key aspects of using naphthenic mineral oil for hot melt adhesives:
1. Plasticization: It acts as a plasticizer in adhesives, improving their flexibility and tackiness. It helps enhance the adhesive's ability to conform to different surfaces and maintain adhesion under stress or movement.
2. Viscosity Control: It plays a crucial role in controlling the viscosity of adhesives. By adjusting the amount of mineral oil in the formulation, adhesive manufacturers can achieve the desired consistency and flow characteristics for specific application requirements. It helps ensure proper coating, spreading, and bonding during the hot melt glue application process.
3. Thermal Stability: It exhibits good thermal stability, allowing hot melt adhesives to maintain their adhesive properties even at elevated temperatures. This stability ensures that the adhesive can withstand the heat generated during application and subsequent use without compromising its bonding performance.
4. Adhesion Properties: It contributes to the adhesion properties of adhesives. It improves the adhesive's ability to bond to various substrates, including plastics, paper, wood, and textiles. The mineral oil enhances the wetting and spreading of the adhesive, promoting strong and durable bonds.
5. Compatibility: It is compatible with a wide range of other components commonly used in adhesive formulations. It blends well with polymers, resins, additives, and other ingredients, allowing for easy formulation and customization of adhesive properties.
6. Cost-Effectiveness: It is often a cost-effective choice for hot melt glue. It is readily available, and its use can help optimize the overall formulation cost while providing the desired performance characteristics.
Overall, naphthenic mineral oil plays a critical role in enhancing the performance of hot melt adhesives. Its plasticization effect, viscosity control, thermal stability, adhesion properties, compatibility, and cost-effectiveness make it a valuable component in formulating adhesives for various applications, including packaging, woodworking, automotive, and textiles. Adhesive manufacturers can leverage the benefits of naphthenic mineral oil to create adhesives that offer reliable bonding, flexibility, and durability in a wide range of industries.
Zinc Oxide (ZnO) is a common inorganic compound with a large number of uses. It is insoluble in water but soluble in dilute acids and bases. ZnO occurs in the mineral zincite, but most of the commercial product is made by the high-temperature oxidation of metallic zinc or zinc ores.
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