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Ferro Aluminium

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MOQ : 50 Kilograms

Ferro Aluminium Specification

Feature
High strength, Low melting point, Corrosion resistant, Free from impurities

Shape
Lumps / Pieces

Backing
None

Length
Variable

Thickness
Custom as per requirement

Tolerance
Up to 2%

Treatment
Standard metallurgical process

Product Type
Ferro Aluminium

Use
Steel deoxidizer, Alloying agent in steel & foundry industry

Width
Variable

Color
Silver to Grey

Application
Used in steelmaking, foundries, manufacturing of special steels and alloys

Moisture
<1%

Particle Size
25mm 150mm

Melting Point
Approx. 1200C

Heat Resistance
Excellent

Packaging
HDPE Bags / Drums / as per customer request

Ferro Aluminium Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
2 Kilograms metric ton Per Month

Delivery Time
1 Week

About Ferro Aluminium

Ferro Aluminium

We offer our clients with a qualitative range of Ferro Aluminium. These alloys are best suited for diverse industrial usage. This alloy is a combination of iron and aluminum that is melted and mixed together. Our range is used as de-oxidant in steel making, wherein the concentration of aluminum can vary to cater varied requirements of our clients.

Specifications :

Product

Specification

Size

Packing

Origin

Ferro Aluminum

Al: 30-40%

C: 0.2% Max

S: 0.03% max

P: 0.03% max

Si: 0.50% max

Mn: 0.50% max

Fe: Balance

Piglet (6 x 6x 3) Wt.: 300/

50 kgs Bag

India

Versatile Applications in Steel and Alloy Production

Ferro Aluminium serves as a critical deoxidizing and alloying agent in the steel industry. It enhances strength, refines grain structure, and improves overall metallurgical quality. Its use is widespread in foundries and in manufacturing special steels and alloys, thanks to its low melting point and strong heat resistance.

Customization, Quality, and Reliable Packaging

Our Ferro Aluminium is supplied in custom sizes, thicknesses, and packaging formatsincluding HDPE bags or drumsas per client specifications. Rigorous quality control ensures minimal moisture and impurities, providing a consistently high-grade product ready for immediate use in industrial processes. Exported globally from China, we prioritize customer requirements and secure delivery.

FAQs of Ferro Aluminium:

Q: How is Ferro Aluminium typically used in the steelmaking industry?

A: Ferro Aluminium is primarily employed as a deoxidizer and alloying agent during steelmaking. It assists in removing oxygen from molten steel, enhancing the final products structural integrity and improving its blend with other alloy elements.

Q: What processes are involved in the production of Ferro Aluminium?

A: Ferro Aluminium is manufactured through a standard metallurgical process, where aluminium and iron elements are combined and alloyed under high temperatures. This method yields high-purity lumps or pieces with optimal strength and minimal impurities.

Q: When should Ferro Aluminium be added during the metallurgical process?

A: This alloy is typically introduced during the secondary metallurgy phaseonce primary steelmaking is complete and when precise deoxidation or alloying adjustments are necessary. Proper timing ensures efficient oxygen removal and alloy homogenization.

Q: Where can I purchase Ferro Aluminium in custom packaging or particle sizes?

A: Ferro Aluminium can be sourced from specialized exporters, importers, manufacturers, suppliers, and traders in China. Custom packaging options such as HDPE bags or drums and particle size adjustments are available to suit specific industrial needs.

Q: What are the main benefits of using Ferro Aluminium in foundries and alloy manufacturing?

A: Key advantages include high strength, excellent heat resistance, low melting point for easier processing, outstanding corrosion resistance, and a product free from significant impurities. These features contribute to improved alloy quality and performance.

Q: How does the low moisture content and impurity-free nature of Ferro Aluminium affect its performance?

A: Low moisture content (<1%) and the absence of impurities ensure reliable behavior during melting and alloying, minimizing the risks of contamination or unwanted reactions in the final product.

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