The Antimony Is Silver-gray, High Friability At Ambient Temperature.
Obtaining : - From Volatile Dusts And Anodic Sludge From Lead And Zinc Metallurgy.
Use : - As An Alloying Element In Obtaining Tin-based Antifriction Alloys.
- Obtaining The Lead-antimony Alloys Used In The Manufacture Of Automotive Batteries.
Properties : - Silver-gray Color, High Friability At Ambient Temperature.
Material Specification: According To Stas 10262/1975.
Super Grade : Sb 99.95% Min; Pb 0.01% Max; As 0.01% Max.
Iron Chromium Alloy With Chromium Content Ranging From 45 To 95%.
Obtaining : - By Electrothermia, Reducing The Chromium Oxides By A Complex Scheme In Succession.
Use : - Production Of Special And Anti-corrosive Alloy Steels;
- In The Chemical Industry, Machine Building, Etc;
- Manufacture Of Cutting Tools, Resistant To High Cutting Speeds.
Ferro Carbon With High Fecr60c70
Chemical Composition : Cr 60% Min; C = 6.0 ÷ 8.0%; Si = 1.5% Max; P = 0.030% Max; S = 0.05% Max.
Niobium Iron Alloy, Having A Nickel Content Of 60 To 75%
Obtaining : - Through Metalothermic Reduction Reactions (silicothermia Or Aluminotermia).
Use : - Production Of Special Alloy And Anti-corrosive Alloys.
Fenb 65
Material Specification : According To Sr Iso 5453/1996
Chemical Composition : Nb 60 ÷ 70%; Ta = 0.5% Max; Al = 1.0% Max; Si = 2.5% Max; Ti = 0.4% Max; C = 0.15% Max; P = 0.10% Max; S = 0.05% Max; Sn = 0.10% Max; Co = 0.05% Max.
Granulation : 5 ÷ 50mm; 10 ÷ 50mm; (90% Min).
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Silicon Iron Alloy, Having A Silicon Content Of Between 40 And 90%; Typically Contains A Large Amount Of Iron Silicas And 1-2% Calcium. Ferrosiliconand Aluminum.
Obtaining : - By Reducing The Silicon Dioxide (sio2, Natural Mineral = Quartz) At High Temperatures In Electric Furnaces.
Use :
- In The Production Of Alloyed Steels, Silicon Content Ensuring Good Deoxidation, As Well As Preventing The Decarburization Of Molten Steel;
- Added To Gray Cast Iron, Increases Fluidity In Molten State.
Chemical Composition : Si 72 ÷ 80%; Al = 1.5-2.0% Max; P = 0.05% Max; S = 0.04% Max; C = 0.20% Max.
Iron Molybdenum Alloy Containing Molybdenum Content Between 55 And 75%.
Obtaining : - By Carbon Reduction, But More Often Used In Practice Is The Silicotermic Reduction Method.
Use : - Increasing The Mechanical Properties Of Steels;
- Production Of Special And Anti-corrosive Alloy Steels.
Femo 60
Chemical Composition : Mo 55 ÷ 65%; Si = 1.0% Max; C = 0.10% Max; P = 0.05% Max; S = 0.10% Max; Cu = 0.50% Max.
Granulation : 5 ÷ 50mm; 10 ÷ 50mm; (90% Min).
Packaging : Metal Barrels Of 250 Kg
Femo 70
Chemical Composition : Mo 65 ÷ 75%; Si = 1.5% Max; C = 0.10% Max; P = 0.05% Max; S = 0.10% Max; Cu = 0.50% Max.
Specifications: Moisture 2 % max, Ash 6 % max, Volatile matter 3.5 % max, Total Sulphur 1 % max, Calorific Value 6500 kcal/kg, Fixed Carbon 90 % min.
Packing: in big bags, with PE inlay of 10 kg, 500 kg or 1000 kg as per customer request
Size: 0-3 mm, 1-3 mm, 3-8 mm
