Iron Ore Pellets

Name: Iron Ore Pellets
Brand: Cee Em Exports Pvt. Ltd.
Price: 77.0 USD
Availability: InStock

Price 77.0 USD ($)/ Metric Ton

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MOQ : 50000 Metric Tons

Iron Ore Pellets Specification

Raw Material
Iron ore concentrate

Hardness
High (for handling and transportation)

Chemical Composition
Fe2O3, Fe3O4, minor silica, alumina, and trace impurities

Product Name
Iron Ore Pellets

Usage/Application
Iron and steel industry (blast furnaces, DRI units)

Supply Ability
Customized as per order

Appearance
Round, spherical pellets

Packaging Type
Loose or jumbo bags

Production Method
Induration (pelletization and heat treatment)

Shape
Pellet (spherical)

Thermal Stability
High

Product Standard
IS 10817 and as per client requirement

Form
Solid

Color
Dark grey to black

Porosity
Controlled (for reducibility)

About Iron Ore Pellets

Experience transcendent quality with our top-notch Iron Ore Pellets-designed for the iron and steel industry. These hot-selling pellets, offered in loose or jumbo bag packaging, exhibit wondrous hardness and controlled porosity for optimal reducibility. Manufactured through advanced induration, they meet IS 10817 standards or tailored client specifications. With high thermal stability and a solid, spherical form, our pellets ensure seamless handling and transport. Reserve your order today for customized supply ability. Secure high-purity, dark grey to black pellets composed of Fe2O3 and Fe3O4, ideal for both blast furnaces and DRI units.

Iron Ore Pellets: Premium Material for Industry

Our Iron Ore Pellets exhibit high hardness and controlled porosity, crafted specifically for the demanding requirements of the iron and steel industry. With a chemical composition rich in Fe2O3 and Fe3O4, these pellets are highly suitable for blast furnaces and DRI units, providing exceptional reducibility, strength during handling, and efficient melting in high-temperature environments. Their round, spherical shape and uniform size ensure consistent performance-making them a preferred choice for manufacturers seeking optimal operational efficiency.

Sample Policy, Certification & Payment Terms

We offer a straightforward sample policy-simply inquire and provide your asking price requirements to receive a representative sample for evaluation. Certified to IS 10817 or as per your unique specifications, these Iron Ore Pellets ensure consistent quality. Payment terms are flexible to suit your needs, making transactions smooth and hassle-free. Secure shipping guarantees timely and intact delivery, while the outlay for samples and bulk orders remains competitive, ensuring you receive value with every purchase.

FAQ's of Iron Ore Pellets:

Q: How are the iron ore pellets manufactured to ensure high hardness and stability?

A: Our iron ore pellets are produced using the induration method, which involves pelletization followed by heat treatment. This process guarantees high hardness for safe handling and superior thermal stability during industrial use.

Q: What is the suitable application for these pellets?

A: These pellets are specifically designed for use in the iron and steel industry, particularly in blast furnaces and direct reduction iron (DRI) units, ensuring efficient iron production.

Q: What certifications do the Iron Ore Pellets hold?

A: The pellets are manufactured according to IS 10817 standards and can be provided as per client-specific requirements, ensuring product consistency and optimal quality.

Q: When can I expect delivery after placing an order?

A: Delivery timelines depend on the customized supply ability and order size. Secure shipping is arranged promptly once your order is confirmed to ensure timely arrival.

Q: Where can these iron ore pellets be shipped?

A: As an exporter, importer, supplier, and trader, we offer international shipping options, delivering Iron Ore Pellets to locations worldwide based on client requirements.

Q: What is the benefit of controlled porosity in these pellets?

A: Controlled porosity enhances the reducibility of the pellets, facilitating better gas flow and improved efficiency during the iron-making process in industrial applications.

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