Iron Hydroxide Oxide CAS 20344-49-4
Factory Supply Iron Hydroxide Oxide CAS 20344-49-4 with Best Price
- Appearance: Lemon yellow to brown powder
- Purity: 99. 0%min
- Stock: In stock
- Sample: Available
- Zhishang Chemical: Iron Hydroxide Oxide Supplier & Manufacturer
Iron Hydroxide Oxide: The Complete Guide
Iron Hydroxide Oxide for Sale
|Iron Hydroxide Oxide
|Iron (III) Hydroxide; Iron (III) hydroxide oxide; Ferric oxide hydroxide
|Daily chemicals; Inorganic salt
What is Iron Hydroxide Oxide?
Iron oxides, including iron hydroxides and hydrated oxides, are natural minerals and geocatalysts that are abundant in the earth’s crust. Because the chemical properties of iron are very reactive, there are many secondary iron minerals, such as maghemite (γ-Fe2O3), hematite (α-Fe2O3), lepidocrocite (γ-FeOOH), goethite ( α-FeOOH), hydrated iron (III) oxide (Fe5HO8·4H2O) and magnetite (Fe3O4) exist in large amounts as suspended matter in the water system. Iron oxides play a very important role in various chemical and biological processes involving the transformation of organic compounds in aquatic ecosystems.
Hydrated iron (III) oxide refers to a natural nanoscale iron hydroxide mineral commonly found in the natural environment (soil, water sediments, etc.), and can also be easily synthesized in the laboratory. Hydrated iron(III) oxide is difficult to characterize due to its small size and low crystallinity.
The structure of hydrated iron (III) oxide can be described by two models, one is the standard model PW proposed by Drits et al.; the other is the new model PU recently proposed by Michel et al. The essential difference between the two models is that the first model is a multi-phase structure, while the second model is a single-phase structure. According to the standard model, hydrated iron (III) oxide is a multi-phase material, including three components, namely defect-free microcrystals (f-phase), defective microcrystals (d-phase), and iron-red ferrocrystals. There are many homogeneous polycrystalline variants of natural hydrous hydroxides. The crystal structures of these different forms of hydrous hydroxides are iron ions occupying oxygen octahedrons.
Iron Hydroxide Oxide Uses
In terms of purifying water; As an absorbent in chemical processing; As a pigment; As a catalyst.
Iron hydroxide (III) is used for purifying water and as an absorbent in chemical processes. It participates in the preparation of iron oxide hydroxide nanoparticles, which are used as excellent adsorbents for removing lead from aquatic media. It is also used as a pigment, catalyst, and as a phosphate binder in aquarium water treatment. In addition, it is also used in the paint varnish industry.
The Manager has Something to Say
This is William, CEO of Zhishang Chemical Co., Ltd.
Welcome to visit our factory . As the top chemical manufacturer, we have been striving for product quality, innovation , R&D, and customer service for the past 7 years. In the next 10 years or even longer, we are committed to becoming the most reliable chemical supplier in the world , creating a well-known international brand trusted by customers, with the spirit of “one meter wide, ten thousand meters deep”, we continue to focus on product research and development, continue to focus on customer service, continue to improve the supply chain service system, to create a professional chemical supply service team, to achieve win-win long-term cooperation. Please feel free to contact us if you have any questions.
- Email: firstname.lastname@example.org
- Phone: +86 176 5311 3209
- WhatsApp: +86 176 5311 3209
- WeChat: Zhishang17653113209
- Skype: +86 176 5311 3209
If you want to buy iron hydroxide oxide, pls contact us to get a free quote.
Application of Iron Hydroxide Oxide
With the rapid economic development, my country’s water environment is becoming more and more polluted, and there are newer and higher requirements for the development of water treatment technology. Nowadays, more pollution control technologies are used for pollutants, mainly including chemical methods, biological methods, adsorption methods, etc. Among them, adsorption method is a simple, efficient and economical method, which is often used in water treatment, such as powdered activated carbon, granular Activated carbon and sand are used as filter materials in projects. Nowadays, with the deepening of research, there are many studies on the development of new adsorbents, such as modification research on activated carbon and sand, among which there is modification by connecting metal oxides to their surfaces.
Hydrated iron (III) oxide is a hot spot among metal oxides. The research on hydrated iron (III) oxide started very early. As early as 1994, the adsorption of arsenic by iron-manganese oxide coagulants was started. The research on fluoride ions by iron oxide coated sand was proposed in 2000. Later, related research on hydrated iron (III) oxide was carried out at home and abroad, and certain progress was made.
Hydrated iron (III) oxide is an excellent adsorbent that can adsorb a variety of pollutants. With the deepening of research, it has been found that hydrated iron (III) oxide has adsorption properties for more pollutants, which has expanded the application range of hydrated iron (III) oxide. The preparation process method is the most intrinsic and critical factor that affects the adsorption performance of hydrated iron (III) oxide. For example, the loading content and loading temperature of hydrated iron (III) oxide have a great influence on the adsorption performance of hydrated iron (III) oxide.
If we can further study the preparation process of hydrated iron (III) oxide in subsequent research, reduce the nanoparticle size of hydrated iron (III) to improve the adsorption performance of hydrated iron (III), and promote the use of hydrated iron oxide (III) application, which will be of great significance to environmental protection and pollution prevention. When hydrated iron (III) oxide is used in actual water treatment, the actual environmental factors and conditions must be adjusted, such as adjusting the pH of pollutants treated with hydrated iron (III) and eliminating interference from ionic strength and organic matter. conditions to improve its adsorption performance.
Iron Hydroxide Oxide Supplier and Manufacturer
As a iron hydroxide oxide supplier and manufacturer with a strict standard product quality system certificate, Zhishang Chemical has long been providing the best iron hydroxide oxide raw materials to customers all over the world.
Over the years, relying on professional team experience and customer-centric team concept to meet customer needs in a timely manner, our company enjoys a high reputation in the world. At present, our company has served more than 6,000 customers and has established long-term cooperative relations with customers from many countries.
If you have a demand for iron hydroxide oxide and related products, please contact our service staff Zhishang Chemical – White directly, and we will provide you with high-quality products at the best price.
* Prompt reply and 24 hours online, professional team to provide the best price and high-quality product.
* Sample testing support.
* Every batch of products will be tested to ensure its quality.
* The packing also can be according to the customers` requirement.
* Any inquiries will be replied to within 24 hours.
* We provide a Commerical Invoices, Packing Lists, Bills of loading, COA, Health certificates, and Origin certificates. If your markets have any special requirements, let us know.
* The fact of logistics information monitoring.
* Any questions about the product can be consulted at any time.
* Product has any problem can return.
Quality Control of Iron Hydroxide Oxide
Get Iron Hydroxide Oxide Quotation
At present, triethylaluminum is the most widely used organic synthesis in the chemical industry, such as the activator of polypropylene plastics and other products. Due to different uses, its purity is also different. Larger domestic chemical companies use triethylaluminum , with storage tanks and devices for triethyl aluminum.
Triethylaluminum is usually stored under the protection of nitrogen double tanks. During production and use, nitrogen is used to pressurize and transport it to the process equipment. The pressure is generally not more than 0.2 MPa. When the production stops, it will return to a no-pressure state. It has good sealing performance, and once it leaks, a fire will occur. Due to the poor effectiveness of traditional fire extinguishing equipment in dealing with triethyl aluminum fires, chemical companies have been worried about the fire safety of such first-level spontaneous combustion fires.