Bansal Alloys & Metals Ltd. Mandi Gobindgarh, Fatehgarh Sahib, Punjab

Grade : BANSAL TMT

The Company undertakes special Casting orders as per design & drawings of the customer. We manufacture casting machinery parts for Sugar Mill Machinery, Rubber Mills Machinery, Rolling Mill Machinery, Cement Mill, Paper Mill, Mining Industry, Sponge Iron Industry etc. UPto 25 MT Single Piece.

Ladle Refining Furnaces are a proven technology used for producing alloy steel, desulfurizing liquid steel and for improving the productivity of a steel plant. Ladle Refining is a post-melting treatment that is after melting in the Induction Melting Furnace.Whenever LRF is installed online liquid metal is transferred from the main melting source to the LRF at a nominal tapping temperature and either ArgonNitrogen is purged-from the bottom apart from arcing (using electrodes) on the top to bring about homogeneity of liquid metal composition and temperature. Ladle Refining of liquid metal is a proven technology to produce high quality steel. Ladle Refining Furnaces (LRFs) are used to desulphurise steel, remove other impurities and hold the molten steel for casting operations. Without LRFs, higher tap temperatures are normally required from steel making furnaces due to heat losses during transfer and casting of liquid metal. lRF facilitates higher productive time to the melting furnace besides producing better quality of steel at lower cost.

Bansal Alloys & Metals (P) Ltd. is all set to be amongst the leading Steel Ingots Manufactures and Suppliers in India. At the threshold of industrial revolution, our prime aim is to manufacture best quality mild steel ingots, alloy steel ingots and forging ingot (alloy & non alloy) to suit the industrial need. We use fine quality of raw materials and scrap for our production. Our adaptation to new technological inputs and multifaceted infra structural base would ensure quality steel ingots.The process of manufacturing pencil ingot from raw materials such as scrap and sponge iron involves many sophisticated processes. These include melting of raw material, casting of molten metal into pencil ingot and quality control. Our steel products are projected to be par excellence in the international market due to its quality assurance procedures. Last but not the least we can ensure all types of steel ingots at most competitive prices.

The process of manufacturing pencil ingot from raw materials such as scrap and sponge iron involves many sophisticated processes. These include melting of raw material, casting of molten metal into pencil ingot and quality control. Our steel products are projected to be par excellence in the international market due to its quality assurance procedures. Last but not the least we can ensure all types of steel ingots at most competitive prices.

At the threshold of industrial revolution, our prime aim is to manufacture best quality mild steel ingots, alloy steel ingots and forging ingot (alloy & non alloy) to suit the industrial need. We use fine quality of raw materials and scrap for our production. Our adaptation to new technological inputs and multifaceted infra structural base would ensure quality steel ingots.The process of manufacturing pencil ingot from raw materials such as scrap and sponge iron involves many sophisticated processes. These include melting of raw material, casting of molten metal into pencil ingot and quality control. Our steel products are projected to be par excellence in the international market due to its quality assurance procedures.

These Rolls are alloyed with NickeL, Chromium, Mar:lganese and Molybdenum with Carbon content between 0.50% and 2.00% as well as little amount of Vanadium is also added for the improvement of better microstructure. So these are capable of a higher mechanical strength with thermal and wear resistance. These Rolls undergo a sophisticated multi-stage high temperature Heat - Treatment (Double Annealing followed by tempering cycle) to give the combination of hardness, toughness and wear resistance required for the particular application. The lower Carbon grades will have a structure consisting offerrite arid fine Pearlite which, as the Carbon content is raised, transitions to a fully Pearlitic structure and on to one containing free carbide in a matrix of fine Pearlite and even some Bainite for the highest Carbon grades. All rolls of this material are statically tangentially single poured.

These Rolls are alloyed with NickeL, Chromium, Mar:lganese and Molybdenum with Carbon content between 0.50% and 2.00% as well as little amount of Vanadium is also added for the improvement of better microstructure. So these are capable of a higher mechanical strength with thermal and wear resistance. These Rolls undergo a sophisticated multi-stage high temperature Heat - Treatment (Double Annealing followed by tempering cycle) to give the combination of hardness, toughness and wear resistance required for the particular application. The lower Carbon grades will have a structure consisting offerrite arid fine Pearlite which, as the Carbon content is raised, transitions to a fully Pearlitic structure and on to one containing free carbide in a matrix of fine Pearlite and even some Bainite for the highest Carbon grades. All rolls of this material are statically tangentially single poured.

These rolls undergo a sophisticated multi-stage high temperature heat - treatment (double annealing followed by tempering cycle) to give the combination of hardness, toughness and wear resistance required for the particular application. The lower carbon grades will have a structure consisting offerrite arid fine pearlite which, as the carbon content is raised, transitions to a fully pearlitic structure and on to one containing free carbide in a matrix of fine pearlite and even some bainite for the highest carbon grades. All rolls of this material are statically tangentially single poured.