Description / Specification of Low Carbon Ferro Chrome

We are involved in offering a wide range of Low Carbon Ferro Chrome to our most valued clients. Our range of these are widely appreciated by our clients which are situated all round the nation. We offer our range of it at most affordable prices.

We introduce ourselves as an eminent trader and supplier of an extensive array of  Low Carbon Ferro Chrome. Prior to dispatch, our quality controllers run numerous tests on the entire range on various parameters of quality and durability. The offered equipment is manufactured using superior quality components with the aid of sophisticated techniques at the vendors' end. Moreover, our precious clients can purchase it in different technical specifications at reasonable price from us within promised time frame.
Features:

Sturdy design
Highly durable
Application specific design 

Ferro alloys, like ferro manganese are developed to improved properties of steel and alloys. Low Carbon Ferro Manganese (FeMn) lumps are used in steel industry, while the FeMn powder finds use in welding industry. It is widely used in steel manufacturing. FeMn can counteract the negative effects of sulfur. It acts as a deoxidizer and can be added with sulfur to improve the product's hot-working properties. It can also impart following metallurgical properties:

• Strength
• Hardness
• Toughness

Low carbon ferro manganese is one of the ferro manganese grades that is produced by the alumino thermic process. Steel industry use this grade of ferro manganese in the production of tool steel ( up to 0.4% Mn), 18-8 Austenitic non magnetic SS and structural steel (upto 0.6% Mn). MS welding electrodes (E6013) and other electrodes are also produced using it. It is mainly packaged in jumbo bags and steel drums.

Description 
 

A ferro alloy that comprises sulphur and iron content is Ferro Sulphur. The sulphur content in the Ferro Sulphur can be either between 28-32 percent or 48-50 percent. The sulphur content decides the grade of this ferro alloy. 

Applications 

This ferro alloy is mainly used in metallurgy to provide required sulphur content to steel or any other alloy. This ferro alloy is not used in elemental sulphur, as the sulphur's low melting point can gather on the surface of molten metal, leading to the emission of SO2 and decline in its mechanical properties by forming a low eutectic melting point in the grain boundaries.

The applications of Ferro Sulphur are mentioned below:

Cast Iron production: The residual sulphur level decreases when melted in foundry, mainly because of scrap steel use and low sulphur content. If the level of sulphur is less than 0.04%, it is observed that melting does not respond to inoculants. Therefore, it becomes essential to increase the sulphur content making use of Ferro Sulphur to bring the level in a range between 0.05%-0.12%.

Alloyed steels production: Ferro sulphur is used as cost-effective resulphurizing agent in steels to achieve minimum sulphur content of more than 0.015% and prevent hydrogen embrittlement. 

Cutting steel production: In the production of free cutting steels of carbon, alloy and stainless types, this ferro alloy can be used as a resulfurizing agent. It can improve steel castings' machinability when used as an alloying agent. These steel castings are used in manufacturing of several steel components. The sulphur content used is between the range of 0.15 and 0.30.

White Iron formation: In the electrically melted iron, ferro sulphide together with ferro silicon and ferro manganese are added in order to increase its sulphur contents. White iron is formed with the addition of ferro sulphur and sulphur content obtained is about 0.15%.

Dye: It is used in alternate form to dye base material, like stone and wood. 

Medical: In medical sector, ferro sulphur is used as an astringent and styptic.

Water Treatment: It is used in industrial as well as municipal sewage treatment plant for removal of phosphate and water purification by flocculation. 

Other Uses: The dry and moist form of this ferro alloy are used in applications, like wood panels treatment, crude phosphoric acid purification, catalysts, fertilizer, animal feed and iron oxide.

Calcium and silicon are both powerful deoxidizers. Therefore, calcium silicon is mainly used in high grade steels production as a deoxidizer and desulfurizer. Calcium Silicon can control size, shape, oxide distribution and sulfide addition, which improves several properties of the resultant products, for instance impact, ductility, machinability and fluidity. Calcium Silicon can be combined with Barium, as this chemical element works to reduce the vapor pressure and increase the density of the alloy, which also improves efficiency. It is mainly provided in powder and lump forms. Steel industry is the largest consumer of calcium silicon. Both, calcium and silicon have chemical affinity for oxygen. Calcium has chemical affinity for nitrogen and sulphur as well. Calcium Silicon alloy as a sulphide former enables sulfides distribution that minimizes chain-type inclusions.

Industries use Ferro Calcium Silicon alloy is also used for the non-metallic inclusions modification. The suspended solid inclusions of aluminium oxide are liquified by calcium. Calcium (Ca) transforms alumoinium oxide (Al203) into CaO: Al2O3). It also improves the material properties of steel. In the solidified steel, the calcium aluminates are undeformable which maintains the high isotropy of the material properties even after steel working.

Ferro Silicon Magnesium Alloys are master alloys of Magnesium with Iron and Silicon. They facilitate small additions of Magnesium to Iron, required to transform graphite flakes to spheroids.

Our Ferro silicon magnesium are produced in induction furnaces and cast in permanent moulds, to give homogeneity. We can offer the right alloy with controlled amounts of Ca and TRE, to reduce the severity of reaction and to improve magnesium recovery. All alloys are analysed with the help of X-Ray Fluorescence Spectrometer to ensure consistent quality.

Ferro silicon magnesium offered by us produces high quality nodulising agents. These ferro silicon magnesium find wide application in production of SG Iron & specialty grey iron castings for the automobile industry. The use of ferro silicon magnesium also provide number of distinct advantages in nodularisation of ductile iron. 

The total world reserve of manganese ore is approximately 570 million tons of metal content which is unevenly distributed. Reserves are located in south Africa (26%), Ukraine 25%, Australia 17%. Brazil and India 9% each. Only a small fraction of global manganese reserve is clearly economic. 

The silicothermic process seems to be the most preferable technique for producing ferrosilicon magnesium. The aim of this study is to investigate the different parameters controlling the ferrosilicon magnesium alloy production by the silicothermic process and to investigate a technique for the production process by the immersion of magnesium metal in molten ferrosilicon 

Ferro Sillicon Magnesium Alloys are master alloys of magnesium with Iron And Silicon. They facilitate small additions of Mahnesium ti iron, required to transform graphite flakes to superoids. 

Description 
 

Iron and boron are combined to form Ferro Boron (Fe-B). Many applications demand durable, strong and specialist steel; it is where ferro boron plays a key role. It is added to the steel to improve its properties. This ferro alloy is most useful when it comes to the production of specialist steel, even though this production process is expensive. It can be used as the most economical boron additive for steel and several other ferrous metals. It is available in different forms, like ferro boron powder, ferro boron granules and ferro boron lump.

In the production of amorphous metals, Ferro Boron is used as an additive to impart desirable properties to the resultant alloy. Using Ferro Boron as an additive to an alloy is beneficial as it can increase resultant alloy's magnetic susceptibility and make it suitable for Nd-Fe-B magnets production. Deep quench ability of the resultant alloy is also increased with the addition of Ferro Boron. Ferro Boron also improves wash resistance property of an alloy.

India, China and Turkey are top producers Ferro Boron and are responsible to supply it globally.