Our Alloying plant is capable to produce all kind of Lead Alloys as per the customer requirement Like : Antimonial, Calcium, Selenium, Copper, Tin, Arsenic, Lead Alloy, etc. We have alloying kettle of various capacities ranging from 10-30 tones per batch. They are accompanied by high efficiency furnace oil burners equipped with preheating arrangements. Emissions control is achieved by a flexible kettle hood venting into a venturi scrubber attached to an induced draft fan along with a chimneystack arrangement.

Pure Lead Ingots is being produced from Raw Lead Bullion Remelted and Secondary Lead Ingots Lead Scraps though Pyrometallurgical process. Our Refining Process, producing Pure Lead Ingots with a minimum purity level of 99.97% by weight but achieves purity level of 99.985% in most of cases. Our Plant is having three Refining Kettle Pots with capacity of 30 MT, 16 MT & 10 MT each. Our Automatic Ingot Casting Machine cast 10 MT per hour and ensures Dross-free & smooth top surface of each ingots and almost similar weight of each ingot separately.

Our Alloying plant is capable to produce all kind of Lead Alloys as per the customer requirement Like : Antimonial, Calcium, Selenium, Copper, Tin, Arsenic, Lead Alloy, etc. We have alloying kettle of various capacities ranging from 10-30 tones per batch. They are accompanied by high efficiency furnace oil burners equipped with preheating arrangements. Emissions control is achieved by a flexible kettle hood venting into a venturi scrubber attached to an induced draft fan along with a chimneystack arrangement.

Pure Lead Ingots is being produced from Raw Lead Bullion Remelted and Secondary Lead Ingots Lead Scraps though Pyrometallurgical process. Our Refining Process, producing Pure Lead Ingots with a minimum purity level of 99.97% by weight but achieves purity level of 99.985% in most of cases. Our Plant is having three Refining Kettle Pots with capacity of 30 MT, 16 MT & 10 MT each. Our Automatic Ingot Casting Machine cast 10 MT per hour and ensures Dross-free & smooth top surface of each ingots and almost similar weight of each ingot separately.