• 2.500 +/- 0.2500.150 +/- 0.050
• 0.250 +/- 0.0500.250 +/- 0.050

Our Alloying plant is capable to produce all kind of Lead Alloys as per the customer requirements like Antimonal, Calcium, Selenium, Lead Alloy, etc. We have  3 alloying kettles  of capacity  25 tones per batch . They are accompanied by high efficiency furnace oil burners equipped with preheating arrangements. Emissions control is achieved by a fix kettle hood venting into a bag house attached to an induced draft fan along with a chimney/stack arrangement.

• Sb0.001 (max)
• As0.001 (max)
• Sn0.001 (max)
• Cu0.001 (max)
• Bi0.025 (max)
• Fe0.001 (max)
• Ni0.001 (max)
• Ag0.003 (max)
• Zn0.001 (max)
• Ca0.0005 (max)
• S0.0005 (max)
• Al0.0005 (max)
• Se0.0005 (max)
• Cd0.0005 (max)
• Te0.0010 (max)
• Pb99.970 (min)

Pure Lead Ingot  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 Refining Pots with capacity of 25 MT. Our Ingot ensures Dross-free & smooth top surface and almost similar weight of each ingot Our modern  quality control  Laboratory consists of Optical Emission Spectrometer (OES) of Spectro Germany make. Our manufacturing operations to produce Pure Lead / Lead Alloys, Lead sub- Oxides Grey are controlled round the clock by experienced Chemists & Q.C. Supervisors. Our manufacturing operations are driven by quality, from the way they operate, to the customer service standards they set and the products they deliver. We focus on quality, which makes us to win new opportunities in an increasingly competitive global marketplace. We identify areas for improvement within our quality checks at every stage of manufacturing process to provide our customers with the best value possible in the products we produce in our modern Plant.  

• Blackish to Greenish GreyTetragonal
• 1.4 – 1.60.003 - 0.008
• 2.0110-120
• 160-20025-40

The Greyish color Lead oxide is also known lead sub oxide, grey oxide, battery oxide. The Grey Oxide is produced in ball mill plant & the process is an enothermic reaction. The chemical forumlae of Lead suboxide is (2PbO.Pb). The Lead suboxide is used extensively in preparation of plates in Lead Acid Batteries. Grey Oxide   produced in Ball Mill Plant, which comprises of a small Lead Melting Furnace, operating in line with a hemispherical / cylindrical ball-casting machine, which feeds the balls to the ball mill. In the ball mill, Lead is converted to   Lead Sub Oxide , which is an exothermic process. In this process heat is generated and temperature of a oxide is increase to control the temperature with in the range of 115 to 135OC. The ball mill is cooled with constant flow of air and also with the water spraying system controlled through solenoid valve. The Grey Oxide is harvested through a classifier high efficiency cyclone, bag-house filtration unit and induction draft fan arrangement. It is in a grey powder form. The desired particle size and free Lead content is ensured through proper plant configuration and precise control of ID Fan suction. Our plants can produce up to 350 mesh size LSO powder.   Packing Specifications : 25 Kg. Bag Packing Box Packing 1 MT jumbo bag packing   Uses of Lead Sub-Oxide / Grey Oxide Lead Acid Batteries Electroplating Anode Sulphuric Acid Tank Liners

• 2.500 +/- 0.2500.150 +/- 0.050
• 0.250 +/- 0.0500.250 +/- 0.050

Our Alloying plant is capable to produce all kind of Lead Alloys as per the customer requirements like Antimonal, Calcium, Selenium, Lead Alloy, etc. We have  3 alloying kettles  of capacity  25 tones per batch . They are accompanied by high efficiency furnace oil burners equipped with preheating arrangements. Emissions control is achieved by a fix kettle hood venting into a bag house attached to an induced draft fan along with a chimney/stack arrangement.

• Sb0.001 (max)
• As0.001 (max)
• Sn0.001 (max)
• Cu0.001 (max)
• Bi0.025 (max)
• Fe0.001 (max)
• Ni0.001 (max)
• Ag0.003 (max)
• Zn0.001 (max)
• Ca0.0005 (max)
• S0.0005 (max)
• Al0.0005 (max)
• Se0.0005 (max)
• Cd0.0005 (max)
• Te0.0010 (max)
• Pb99.970 (min)

Pure Lead Ingot  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 Refining Pots with capacity of 25 MT. Our Ingot ensures Dross-free & smooth top surface and almost similar weight of each ingot Our modern  quality control  Laboratory consists of Optical Emission Spectrometer (OES) of Spectro Germany make. Our manufacturing operations to produce Pure Lead / Lead Alloys, Lead sub- Oxides Grey are controlled round the clock by experienced Chemists & Q.C. Supervisors. Our manufacturing operations are driven by quality, from the way they operate, to the customer service standards they set and the products they deliver. We focus on quality, which makes us to win new opportunities in an increasingly competitive global marketplace. We identify areas for improvement within our quality checks at every stage of manufacturing process to provide our customers with the best value possible in the products we produce in our modern Plant.  

• Blackish to Greenish GreyTetragonal
• 1.4 – 1.60.003 - 0.008
• 2.0110-120
• 160-20025-40

The Greyish color Lead oxide is also known lead sub oxide, grey oxide, battery oxide. The Grey Oxide is produced in ball mill plant & the process is an enothermic reaction. The chemical forumlae of Lead suboxide is (2PbO.Pb). The Lead suboxide is used extensively in preparation of plates in Lead Acid Batteries. Grey Oxide   produced in Ball Mill Plant, which comprises of a small Lead Melting Furnace, operating in line with a hemispherical / cylindrical ball-casting machine, which feeds the balls to the ball mill. In the ball mill, Lead is converted to   Lead Sub Oxide , which is an exothermic process. In this process heat is generated and temperature of a oxide is increase to control the temperature with in the range of 115 to 135OC. The ball mill is cooled with constant flow of air and also with the water spraying system controlled through solenoid valve. The Grey Oxide is harvested through a classifier high efficiency cyclone, bag-house filtration unit and induction draft fan arrangement. It is in a grey powder form. The desired particle size and free Lead content is ensured through proper plant configuration and precise control of ID Fan suction. Our plants can produce up to 350 mesh size LSO powder.   Packing Specifications : 25 Kg. Bag Packing Box Packing 1 MT jumbo bag packing   Uses of Lead Sub-Oxide / Grey Oxide Lead Acid Batteries Electroplating Anode Sulphuric Acid Tank Liners