#ironoxideinindia

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Iron Oxide

Selective Minerals - Iron Oxide Manufacturers, Suppliers in India. Iron Oxide offered by us are manufactured with high purity raw materials. Our Iron Oxides have natural bright color & high tinting strength.

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Iron Oxide India

Selective Minerals is your one-stop solution for Industrial Minerals Manufacturers, Suppliers & Exporters in India deals in Iron Oxides, Natural, Black & Red, wide range of products used in several industries.

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Iron Oxide

Selective Minerals - Iron Oxide Manufacturers, Suppliers in India. Iron Oxide offered by us are manufactured with high purity raw materials. Our Iron Oxides have natural bright color & high tinting strength.

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Red Iron Oxide | Synthetic Iron Oxide Manufacturers | Red Iron Oxide From India

Selective Minerals - Red Iron Oxide Manufacturers, Suppliers in India. Red Iron Oxide offered by us are manufactured with high purity raw materials. Our Iron Oxides have natural bright color & high tinting strength.

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Iron Oxide Pigment Manufacturers | Iron Oxide | Selective Minerals

Discover high-quality iron oxide pigments from Selective Minerals, a leading manufacturer in the industry. Our extensive range of iron oxide pigments is perfect for various applications, including coatings, construction, plastics, and cosmetics. Known for their superior color stability, lightfastness, and durability, our pigments provide consistent and vibrant results. Trust Selective Minerals for reliable and high-performance iron oxide pigments that meet your specific needs. Visit our website to explore our product offerings and enhance your projects with the best in the industry.

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Selective Minerals - Iron Oxide Manufacturers, Suppliers in India. Iron Oxide offered by us are manufactured with high purity raw materials. Our Iron Oxides have natural bright color & high tinting strength.

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Iron Oxide: Unveiling the Secrets of a Versatile Compound

Iron oxide, a chemical compound that has fascinated scientists and captivated industries, is a remarkable substance with a wide range of applications. From pigments and cosmetics to electronics and medicine, iron oxide plays a pivotal role in various fields. In this article, we will delve into the fascinating world of iron oxide, exploring its properties, uses, and the impact it has on our daily lives. Introduction to Iron Oxide Iron oxide, also known as rust, is a chemical compound composed of iron and oxygen atoms. It occurs naturally in various forms and colors, including red, yellow, brown, and black. The formation of iron oxide is a result of the reaction between iron, oxygen, and moisture, leading to the oxidation of iron. Types and Varieties of Iron Oxide Iron oxide exists in different forms, each with unique properties and applications. The three main types of iron oxide are: H1. Hematite (α-Fe2O3) Hematite is a reddish-brown form of iron oxide and the most common variety. It is widely used as a pigment, imparting its characteristic red color to ceramics, paints, and coatings. Hematite is also an important ore of iron and serves as a source for industrial iron production. H2. Magnetite (Fe3O4) Magnetite is a black or dark brown iron oxide with magnetic properties. It is often used in the production of magnetic storage media, such as hard drives and cassette tapes. Magnetite has applications in various industries, including electronics, medicine, and environmental remediation. H3. Goethite (α-FeO(OH)) Goethite is a yellowish-brown iron oxide that occurs in soil and sedimentary deposits. It has been used as a pigment and has recently gained attention in biomedical research for its potential applications in drug delivery and imaging. Properties and Characteristics of Iron Oxide Iron oxide exhibits several notable properties that contribute to its diverse applications. These properties include: Color: Iron oxide can display a wide range of colors, depending on its type and the presence of impurities. This versatility makes it valuable in the production of pigments and dyes. Magnetism: Magnetite, a magnetic form of iron oxide, possesses strong magnetic properties. This property makes it suitable for use in various electronic devices and storage media. Chemical Stability: Iron oxide is highly stable, even under harsh environmental conditions. This stability ensures its longevity and reliability in applications such as coatings and corrosion protection. Biocompatibility: Certain forms of iron oxide, such as goethite, have demonstrated biocompatibility, making them promising candidates for medical applications like drug delivery and imaging.

Applications of Iron Oxide Iron Oxide in Pigments and Dyes: Iron oxide pigments have been used for centuries to add color to a wide range of materials, including paints, ceramics, plastics, and textiles. Their vibrant and durable nature makes them popular in artistic and industrial applications alike. Iron Oxide in Cosmetics: The cosmetic industry extensively employs iron oxide pigments for their natural and safe coloring properties. These pigments are used in various cosmetic products, including foundations, eye shadows, lipsticks, and nail polishes. Iron Oxide in Magnetic Storage Media: Magnetite, with its exceptional magnetic properties, plays a crucial role in the production of magnetic storage media. Hard drives, floppy disks, and cassette tapes utilize magnetite particles to store and retrieve data magnetically. Iron Oxide in Environmental Remediation: Iron oxide nanoparticles have shown promise in environmental remediation due to their ability to remove contaminants from water and soil. They can efficiently adsorb heavy metals, organic pollutants, and even radioactive substances, offering a sustainable solution for cleaning up polluted sites. Iron Oxide in Biomedical Applications: In the field of biomedicine, iron oxide nanoparticles have gained significant attention. They have been utilized in targeted drug delivery systems, magnetic resonance imaging (MRI) contrast agents, and hyperthermia treatments for cancer. Industrial Production of Iron Oxide: The industrial production of iron oxide involves various methods, including chemical synthesis, thermal decomposition, and precipitation. These processes ensure the production of high-quality iron oxide in large quantities to meet the demands of various industries. Safety Considerations and Regulations: While iron oxide is generally considered safe for most applications, certain forms and particle sizes may pose risks. It is essential to adhere to safety guidelines and regulations when handling and using iron oxide, particularly in industries involving inhalation or direct contact with the compound. Future Prospects and Research Directions: As technology and scientific advancements continue to unfold, the potential applications of iron oxide are expanding. Ongoing research aims to enhance the properties and optimize the synthesis of iron oxide nanoparticles for more efficient and targeted applications in medicine, environmental remediation, and electronics.

Conclusion Iron oxide, a versatile and intriguing compound, finds its way into numerous aspects of our lives. From providing vibrant colors to our surroundings to advancing medical treatments, iron oxide has proven indispensable across various industries. As research progresses, we can expect further innovations and applications that harness the potential of iron oxide, making our world more colorful, efficient, and sustainable. FAQ’s Q1. Is iron oxide harmful to humans? Iron oxide is generally considered safe for humans, but specific forms and particle sizes may pose risks. It is important to follow safety guidelines and regulations when working with iron oxide. Q2. Can iron oxide be used in food products? Iron oxide is not approved as a food additive in all countries. However, some forms of iron oxide are deemed safe and may be used in food coloring under specific regulations. Q3. Is iron oxide magnetic? Magnetite, a type of iron oxide, exhibits magnetic properties. Other forms of iron oxide are not typically magnetic. Q4. Can iron oxide be recycled? Yes, iron oxide can be recycled. It can be extracted from various sources and processed to obtain high-quality iron oxide for reuse in different industries. Q5. What are the environmental benefits of using iron oxide? Iron oxide nanoparticles have shown promise in environmental remediation by effectively removing pollutants from water and soil. Their use can contribute to the cleanup of contaminated sites and the preservation of ecosystems.

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What is Iron Oxide? What is iron oxide used for?

Iron oxide is an essential raw material that serves several subsectors of the global economy. Over the years the demand for iron oxide globally has increased by many folds. To put things into perspective, the global market size of iron oxide has a total value of USD 2.2 billion back in 2020. Experts believe that this global market valuation will grow at a CAGR (Compound Annual Growth Rate) of 4.7% that started in 2021 and will continue till 2028!

What is iron oxide known as?

There are several names for the humble iron oxide. For instance, ferric oxide (Fe203) is one name or rather form of the generic iron oxide. The other names (or forms) of the generic iron oxide are –

Iron (II) oxide (with the chemical formula FeO) - a rare form of iron oxide found naturally and

Iron (II, III) oxide (with the chemical formula Fe3O4) – which is also known as magnetite.

Is iron oxide poisonous to humans?

No iron oxide is not poisonous to humans when exposure is minimized. However, the quality assurance manager of a reputed company that manufactures and supplies iron oxide in India advises that while handling raw iron oxide in large quantities, handlers need to minimize their exposure to the fumes of iron oxide. If caution is not exercised, one can fall prey to metal fume fever. It is a medical condition where the afflicted person would show flu-like symptoms and complaint about a metallic taste in their mouth followed by fever, chills, chest tightness and cough.

In small quantities, iron oxide is generally harmless which is why it is widely used to prepare industrial food pigments that are used to add colour to sweets, cheese, and olives.

The pharmaceutical sector also relies heavily on a steady supply of ferric (iron) oxide. Pharmaceutical brands use this inorganic pigment to coat drugs (pills) or add colour to liquid medications.

The makeup manufacturing industry is the largest consumer of iron oxide

The large chunk of orders that leading iron oxide manufacturers get emanate from national and international cosmetic and skincare product brands. The reason is simple. Cosmetic and skincare product brands use all forms of iron oxide to add colour to cosmetic products. Iron oxides are added to foundations, skin powders and concealers in various quantities in a bid to make sure that customers have a large range of products to choose from that matches their skin tones.

Iron oxides are made available by iron oxide manufacturers in three shades and they are –

Black iron oxide

Yellow iron oxide and

Red iron oxide.

Why do cosmetic and skincare product manufacturers prefer iron oxide?

There are many reasons why cosmetic and skincare brands chose iron oxide to add colour to their products. Some of those reasons are mentioned below.

Iron oxides add opacity to skincare and cosmetic products.

Iron oxides remain stable when exposes to UV radiation.

Iron oxides remain stable even when exposes to environmental conditions where ambient moisture content is close to saturation levels. This property helps keep the makeup product from bleeding or smearing all over the face of the user.

Iron oxides increase the longevity of makeup and skincare products. In simple words, one would not have to reapply their lipstick or foundation over and over again.

Iron oxides are safe when used in moderate quantities. They are non-toxic and non-allergenic as well as suitable for people with sensitive skin.

 The safety of iron oxides has been time and again proven by the US Food and Drug Administration and The Drugs Controller General (India).

Get quality-assured iron oxide from Selective Minerals

Since 1991, Selective Minerals and Color Industries Pvt. Ltd. has been the leading manufacturer, exporter and domestic supplier of international-grade iron oxide for multinational corporations in India and overseas. The company has ISO 9001:2015 certification from RINA. To learn more, please call +91-022-26499343 / +91-99209 46444 or send an email to

sales@selectiveminerals.com/

info@selectiveminerals.com

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What is Black Iron Oxide? What are the Industrial Applications of Black Iron Oxide?

Three naturally occurring minerals have large quantities of iron diffused in them. They are haematite, magnetite and greenalite.

However, magnetite, otherwise known as black iron oxide takes the crown due to the large amounts of diffused iron present in the mineral from the get-go.

Haematite, magnetite and greenalite are all used abundantly across global industrial sectors as –

Iron catalysts

Pigments

Ore, etc.

Even if the above-mentioned minerals are found naturally in abundance, to keep input costs down, industrialists prefer using synthetically produced iron oxide. Iron oxides can be produced synthetically using various processes. Some of the commonly used artificial processes to synthesize iron oxides are –

Aniline process

Thermally breaking down iron salts and

Precipitating iron salts with the help of oxidation.

A global increase in demand for black iron oxide

There has been a tremendous growth in demand for iron oxide in India as well as all over the world. Several independent global market research groups have put forth that the global market share and revenue size for all known oxides of iron had an estimated value of USD 2,319.40 million back in 2021. Experts also point out that this figure will surpass USD 3,020.46 million by the end of 2028. Several new applications of iron oxides have been invented in recent years. This happens to be the driving force behind the global increase in demand for iron oxides.

Furthermore, pigments made using iron oxide entail several hard-to-ignore benefits. For instance, pigments made using iron oxide show an increase in stability as well as strength. This is why when pigments made using iron oxides are further used as an active ingredient in paints, coatings, polymers, construction materials etc. their overall resistance to damages caused by excessive exposure to ultraviolet radiation of sunlight is increased.

Industrial applications of iron oxide

The industrial applications of iron oxide in general are many. Some of the most common ones are mentioned below.

Iron oxides are mostly used by industrial plants that manufacture specialized paints and coatings for the marine sector, construction sector, automotive sector and aerospace sector.

Pellets of iron oxides are also used as the raw material needed in the industrial process of shaft furnace smelting.

Oxides of iron are also used as the primary component in a myriad of pharmaceutical products and plastic products.

Ink manufacturers also rely on a steady supply of iron oxides.

Cosmetic product manufacturers also rely on iron oxides especially red iron oxide as it adds a red colour to cosmetic products. Adding iron oxide to cosmetic products is a viable decision due to the non-toxic, weather-resistant, inert and opaque nature of all oxides of iron.

Conclusion

It is no news that several entrepreneurs are opening up ventures that monetize the many advantages of black and red iron oxides. In case the person reading this post is also on the hunt for a reliable iron oxide supplier then they should consider partnering up with Selective Minerals And Color Industries Private Limited. It is one of the leading processed minerals manufacturers, suppliers and exporters from India. The company has been associated with the sector since 1991. The best part, it is an ISO 9001:2015 RINA-certified company. The brand has two state-of-the-art manufacturing and processing plants. The company also benefits from its in-house R&D facilities! To learn more, please call +91-022-26499343 / +91-99209 46444 or send an email to sales@selectiveminerals.com / info@selectiveminerals.com.

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What is Iron Oxide? What are the Industrial Applications of Iron Oxide?

Iron oxide is a chemical compound that is iron as well as oxygen-rich. Iron oxide is found abundantly in nature. However, to keep input costs low, iron oxide is often produced in large quantities using synthetic procedures. The catch is that the overall quality of synthetic iron oxide always falls behind naturally derived iron oxide.

In terms of popularity and demand, as per revered iron oxide manufacturers, iron oxide happens to be the highest selling inorganic companioned worldwide.

To put things into perspective, the market share of iron oxide globally was 2 billion US dollars back in 2017. Since then, the market share of this inorganic compound has increased exponentially.

Industrial uses of iron oxide

The industrial uses of iron oxide are countless. However, the most popular ones are mentioned in the sections below –

It is the preferred ore for iron

According to the spokesperson of a reputed firm that supplies iron oxide in India, metal processing plants rely on quality assured iron oxide supplies as iron oxide contains a large quantity of iron in a diffused form. Hence, iron oxide acts as an ore for iron. On top of this, extracting iron from iron oxide is pretty seamless compared to extracting iron from other available ores.

Industrial plants associated with the production of steel also rely on companies that supply globally iron oxide from India. Without iron oxide, steel cannot be produced as steel is an alloy as it consists of carbon, iron and other trace elements.

It is used to produce iron oxide-based pigment

Iron oxide is also the primary raw material for industrial plants associated with the production of vivid red pigments. Vivid red pigment is commonly known in the industrial sector as ‘pigment red 101’ and without a steady supply of high-quality iron oxide, the global production of this industrial product will cease to exist.

The aforementioned pigment is used across the industrial spectrum. To put things into perspective, pigment red 101 is used as a colouring agent in cosmetic products. The pigment is also used by paint manufacturers as well as staining product manufacturers.

Iron oxide is also used in the automobile sector

Automobile companies use iron oxide to produce tint lacquers and clear coats in-house in a bid to keep input costs down.

Why add iron oxide on tint lacquers as well as clear coats?

Adding iron oxide in tint lacquers and clear coats enhance the molecular stability of the aforementioned. Iron oxide is also added to the paints used on automotive door handles and wheels in a bid to give the above-mentioned their signature transparent look.

Iron oxide is also used by automotive accessory manufacturers as an ingredient for the glass encasing of halogen bulbs used as turn indicators. The addition of iron oxide allows the turn indicator bulbs to have their signature amber hue.

Iron oxide is also used as an additive in polymeric fibres – the raw material that is used to manufacture automotive interior plastic trims. The addition of iron oxide to polymeric fibre-based automotive interior trims keeps them safe from UV damage.

Conclusion

It would be unwise to partner up with a supplier that offers substandard iron oxide. Products manufactured using low-quality iron oxide will be of substandard quality. Hence, one can lose their reputation and market share before they know it! The best step forward is to partner up with veterans in the sector like

Selective Minerals And Color Industries Private Limited

. The company is based in Mumbai, India. It has a national and global footprint. It has been operating as a national and global supplier of iron oxide along with processed minerals, concrete colours, talc, magnetite and hematite powder since 1991. The best part, the company has ISO 9001:2015 RINA certifications. For more details, call

+91-022-26499343/+91-99209 46444 or send an email to sales@selectiveminerals.com/

info@selectiveminerals.com