GST : 24AAEFJ7951P1ZS

Ferro Molybdenum

Ferro Molybdenum Specification

Mesh Size
10-50 mm

Dimensions
Various sizes available as per requirement

Impurity Content (%)
0.1% Max (Si), 0.05% Max (P), 0.10% Max (S)

Product Type
Ferro Alloy

Alloy
Ferro Molybdenum

Shape
Lump

Size
10-100 mm lump

Weight
25/50 kg bags or as required

Application
Steel making, Foundry, Alloy manufacturing

Color
Grayish

Ferro Molybdenum Trade Information

Minimum Order Quantity
500 Kilograms

FOB Port
Mundra

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque

Delivery Time
Days

Sample Available
Yes

Sample Policy
Free samples available with shipping and taxes paid by the buyer

Packaging Details
Standard Packing

Main Domestic Market
Gujarat

About Ferro Molybdenum

We have been serving our respected clients since 2004 by offering them supreme-grade Ferro Molybdenum. It is widely used as an important source of molybdenum in alloying of HSLA steel due to its superior quality. It is available in the market after proper purification with the electron beam melting, but also be availed as it is. The offered Ferro Molybdenum acts as a hardening agent and helps in the improvement of corrosion resistance of stainless steel and iron. Also, our valued clients can avail this compound in different grades at reasonable rates.

Features:

Free from impurities
High iron content
Excellent ductility

Superior Alloy for Industrial Applications

Ferro Molybdenum is meticulously produced using thermite reduction to deliver a consistent composition ideal for steelmaking, alloy manufacturing, and foundry operations. With a molybdenum content of 60-70% and minimal impurities, it ensures the desired mechanical properties in finished metal products. The alloy is supplied in robust HDPE bags or drums, catering to varying bulk requirements in the metallurgical industry.

Flexible Sizing and Secure Packaging

The product is available in lump forms sized between 10-100 mm, with various packaging options including 25 kg and 50 kg HDPE bags or customized as needed. This flexibility aids manufacturers and suppliers in meeting unique order specifications with ease, and the durable packaging ensures safe handling and transportation.

FAQs of Ferro Molybdenum:

Q: How is Ferro Molybdenum manufactured?

A: Ferro Molybdenum is produced mainly via thermite reduction, a process where molybdenum oxide is reduced in the presence of iron using aluminum as the reducing agent. This results in a robust alloy with the required 60-70% molybdenum content.

Q: What benefits does using Ferro Molybdenum offer in steelmaking?

A: When added to steel, Ferro Molybdenum improves strength, corrosion resistance, and durability. Its ability to enhance hardenability makes it indispensable in high-strength steel and specialized alloy applications.

Q: In what forms and sizes is Ferro Molybdenum supplied?

A: The alloy is delivered in solid, grayish lumps ranging from 10 to 100 mm, with mesh sizes typically between 10-50 mm. Packaging is available in 25 kg or 50 kg HDPE bags, drums, or as customized based on customer requirements.

Q: Where is Ferro Molybdenum commonly used?

A: It is widely employed in the steel manufacturing, foundry, and alloy production industries, particularly throughout India. Manufacturers, importers, suppliers, and traders ensure broad availability across the industrial sector.

Q: What is the maximum allowable impurity content in Ferro Molybdenum?

A: The product maintains strict impurity controls: Carbon at 0.10% max, Phosphorus at 0.05% max, Sulfur at 0.10% max, and Silicon at 0.1% max, ensuring high-quality alloy performance.

Q: How should Ferro Molybdenum be stored and transported?

A: It should be stored in dry environments using HDPE bags or drums to prevent moisture absorption. These robust packaging types safeguard the product during storage and transit, maintaining quality until use.

Q: What is the recommended application process for this alloy?

A: Ferro Molybdenum is typically added during the melting stage of steel or alloy production. The recommended dosage depends on the desired molybdenum content in the final product, ensuring optimal metallurgical properties.