Kedia Minerals

 

Micaceous Iron Oxide (MIO) Powder – 60–150 Mesh

Kedia Minerals supplies high-quality Micaceous Iron Oxide (MIO) Powder in 60–150 mesh, known for its lamellar (flake-like) structure and exceptional anti-corrosive properties. Our MIO is processed from premium-grade hematite ore, giving superior performance in industrial coatings and protective systems.

✔ Key Features

• High Fe₂O₃ content (80–95%)

• Lamellar / Flaky particle structure

• Outstanding anti-corrosion performance

• Excellent weather, UV & chemical resistance

• Strong barrier protection in coatings

• High opacity & good tinting strength

• Stable, non-toxic & durable

✔ Mesh Size Options

• 60–150 Mesh (Standard Industrial Grade)

• Other mesh sizes available on request

✔ Applications

Micaceous Iron Oxide is widely used in:

1. Protective & Industrial Coatings

• Structural steel

• Bridges

• Power plants

• Pipelines & tanks

• Marine & offshore coatings

• Transmission towers

2. Anti-Corrosive Paint Systems

• Primer coatings

• Epoxy paints

• Chlorinated rubber paints

• Weather-resistant paints

3. Construction & Cement Products

• Architectural coatings

• Floor coatings

• Concrete protective layers

✔ Technical Highlights

• Color: Dark Grey / Blackish Grey

• Form: Flaky mineral powder

• Fe₂O₃ Content: 80–95%

• Moisture: Low

• Oil Absorption: Good

• Density: 4.8 – 5.2 g/cm³

✔ Packaging

• 25 kg / 50 kg bags

• Customized packaging available

✔ Why Buy from Kedia Minerals?

• Reliable quality with strict screening & grading

• Large-volume supply for industrial buyers

• Fast delivery across India & export support

• Competitive bulk pricing

Black hematite powder (200 mesh) is a finely ground form of hematite (Fe₂O₃), a naturally occurring iron oxide mineral. Although hematite is typically red or reddish-brown in its natural state, black hematite refers to a purer or more finely milled version that appears darker, often used in industrial, cosmetic, and functional material applications.

Uses of Black Hematite Powder (200 Mesh) 1. Pigments and Colorants

• Used as a natural black or deep red pigment in:

  • Paints

  • Ceramics

  • Plastics

  • Construction coatings (e.g., cement coloring)

• Offers UV resistance, chemical stability, and non-toxic color.

2. Welding Electrode Coatings

• Acts as a source of iron oxide to enhance arc stability and slag formation.

• May be blended with other oxides (e.g., magnetite or MIO) in low-hydrogen or general-purpose electrodes.

3. Heavy Media Separation

• Due to its high density and magnetic response, it's used in gravity separation processes for coal or mineral beneficiation.

4. Polishing and Abrasives

• Acts as a mild abrasive for polishing metals, gemstones, and optical components.

• Used in lapping pastes or abrasive wheels.

5. Radiation Shielding

• Sometimes used in concrete mixtures for radiation shielding in medical or nuclear facilities, owing to its high iron content.

6. Magnetic and Electromagnetic Applications

• Though hematite is weakly magnetic, ultra-fine powders can be used in:

  • Microwave absorbers

  • EMI shielding

  • Magnetic inks or coatings (less common than magnetite)

7. Cosmetic and Skin Care Products (If Purified)

• Occasionally used in mineral makeup for its natural tint and safe iron content.

Typical Specifications of 200 Mesh Hematite Powder

Micaceous Iron Oxide (MIO) Powder – High Purity Anti-Corrosive Mineral

Kedia Minerals offers premium-grade Micaceous Iron Oxide (MIO) Powder, known for its unique lamellar (flake-like) structure and excellent anti-corrosion properties. MIO is widely used in protective coatings due to its exceptional barrier protection, weather resistance, and long-lasting performance.

✔ Key Features

• High Fe₂O₃ content (80–95%)

• Lamellar / flake-shaped particles

• Excellent anti-corrosion & anti-rust performance

• Very high durability & weather resistance

• UV-resistant, chemical-resistant

• Strong barrier protection in industrial coatings

• Good opacity with metallic sheen

• Stable, non-toxic & long-lasting

✔ Available Mesh Sizes

• 150 Mesh

• 200 Mesh

• 325 Mesh
  (Custom sizes also available)

✔ Applications

Micaceous Iron Oxide is widely used in:

1. Protective & Industrial Coatings

• Structural steel

• Bridges & flyovers

• Transmission towers

• Pipelines & tanks

• Power & cement plants

• Marine & offshore structures

2. Anti-Corrosive Paint Systems

• Epoxy primers

• High-build coatings

• Zinc-rich primers

• Weather-resistant exterior paints

3. Construction & Cement Products

• Floor coatings

• Wall protection systems

• Architectural finishes

✔ Packaging

• 25 kg / 50 kg bags

• Customized packing available

✔ Why Choose Kedia Minerals?

 

• Consistent quality from reliable sources

• Expertise in industrial minerals

• Fast delivery & bulk order capability

• Competitive pricing

Uses of Natural Black Iron Oxide Powder in Oil Drilling: 1. Weighting Agent in Drilling Fluids (Mud):

• Magnetite (black iron oxide) is used as a weighting material to increase mud density.

• Helps control formation pressures and prevent blowouts.

• Offers an alternative or supplement to barite (BaSO₄) or hematite (Fe₂O₃).

2. Magnetizable Drilling Muds (in Some Advanced Applications):

• Due to its magnetic properties, Fe₃O₄ may be used in magnetorheological drilling fluids for:

  • Directional drilling

  • Downhole flow control

  • Advanced wellbore stability management

3. Cementing Operations (Occasional Use):

• Black iron oxide can be added to oil well cement to:

  • Increase density

  • Adjust setting time

  • Provide color identification (in special jobs)

📋 Why Use Black Iron Oxide Over Other Weighting Agents?

Kedia Minerals is into offering to the customers' superior variety of MAGNETIC IRON OXIDE POWDER BLACK.

Iron Oxide Pigments powder

Kedia Iron Oxide Desulfurization: A Brief Overview

Kedia Iron oxide desulfurization is a process used to remove hydrogen sulfide (H₂S) and other sulfur compounds from gases, such as natural gas, biogas, and refinery gases. It involves passing the gas through a bed of iron oxide-based material, which chemically reacts with the sulfur compounds to form iron sulfide.

How it Works

1. Gas Contact: The gas containing sulfur compounds flows through a bed of iron oxide material.
2. Chemical Reaction: The iron oxide reacts with the sulfur compounds, primarily hydrogen sulfide, to form iron sulfide.
3. Sulfur Removal: The sulfur compounds are effectively captured and removed from the gas stream.

Key Advantages of Iron Oxide Desulfurization

• High Efficiency: Iron oxide desulfurizers are highly effective at removing hydrogen sulfide and other sulfur compounds.
• Low Operating Costs: The process generally has low operating costs compared to other desulfurization methods.
• Versatility: Iron oxide desulfurization can be used in various applications and with different gas streams.
• Regenerability: The iron oxide material can often be regenerated to restore its desulfurization capacity, extending its lifespan.

Applications of Iron Oxide Desulfurization

• Natural Gas Processing: Removing sulfur compounds to meet pipeline specifications.
• Biogas Purification: Ensuring biogas quality for use as a fuel or to inject into the grid.
• Refinery Processes: Desulfurizing various refinery gas streams.
• Industrial Emissions Control: Reducing sulfur emissions from industrial processes.

"Kedia Minerals"are processor and supplier of Garnet Sand, Abrasives Granules, Bentonite Powder, Mica Flakes and Powder, Quartz Sand, Barites Powder, Steel Shot, IRON OXIDE ect.

Red Iron Oxide Powder are chemical compounds composed of iron and oxygen. All together, there are sixteen known iron oxides and oxyhydroxides. Iron oxides and oxide-hydroxides are widespread in nature, play an important role in many geological and biological processes, and are widely used by humans, e.g., as iron ores, pigments, catalysts, in thermite and hemoglobin. Iron oxides are widely used as inexpensive, durable pigments in paints, coatings and colored concretes.

Mined with a variety of regions and very good quality with high percentage of iron oxide, this is used in a variety of applications such as Concrete, glass, paints, ceramics and many other applications.

Application

Concrete,Paints,Ceramics,Animal feed,Fertilizers,Construction,Glass,Oil Drilling,Brake Linings