Lead : Lead: Soft, Dark Gray, High Density Metal. Obtaining: - From Plumbo-zinc Concentrates, Oxidized Fried On Dwight-loyd Agglomeration Strips. The Agglomerates Are Reduced To Furnace (isp Process) And The Raw Lead Obtained Is Electrolytically Refined In Aqueous Solutions, Obtaining A Purity Of Min. 99.95% Pb. Use: - Generally, To Obtain Antifriction Alloys And Soft Solder Alloys. - Is An Ideal Material For Building The Radiation Protection Walls. - Is Widely Used To Produce Batteries. Properties: - Soft, Dark Gray, High Density Metal. Material Specification: Sr En 12 659: 2002; Stas 663-89 Brand: Pb 99,995; Pb 99.99; Pb 99.98; Pb 99.96; Pb 99.94; Pb 99,85
Tin : The Pitch Being Very Malleable Can Easily Be Laminated Into Thin Sheets (staniol) Obtaining : - From Casierite, By Reduction With Charcoal. Use : - Electro technical / Electronics Industry (soldering Alloys); - Coating Other Metals To Protect Them Against Corrosion. Property : - Being Very Malleable, Can Be Easily Laminated Into Thin Sheets (staniol). Material Specification : According To Sr En 610/2000. Brand : Sn 99.9. Presentation Form : Max. 30 Kg. Provenience : Import
Brass Processed By Pressure
Copper Ligatures
Copper-Phosphorus Alloys
Copper Anodes
Nickel Primary Cathode
Nickel, Nickel - Alloys And Copper - Nickel
Nickel Anodes
Aluminium Primary Ingot
Aluminium And Alloys Deformable
Lead Alloys Ingot
The Zinc Is Not Doped-Ingot
Alloys Zinc-Aluminium
Zinc Alloys, Anti-Friction Ingot
Zinc Ligatures
Zinc Anodes
Tin Ingot
Tin Anodes
Tin And Lead Babbits
