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Brass Scrap

We are manufacturing, distributing and trading a comprehensive range of 99.9% Copper Honey Brass Scrap that conforms to international quality standard norms. We are the right choice for obtaining superior quality brass Scraps. Copper Scraps that we supply are on massive demand owing to their usage in fabrication of utensils, copper wires, alloys for different industries etc. apart others. Highly ductile and superior performance distinguishes them from other variants available in the markets. Quick Details : Place of Origin: Germany/Poland /Spain Brand Name: Brass Model Number: 99.9% Copper honey brass Scrap Type: Brass Honey Copper Content: 99.99% Supply Ability Different types of brass scraps that are used for recycling or for recovering pure brass, include - brass electrical parts, brass sanitary, brass pneumatic parts. TEST RESULT : Copper: 99.9% Carbon: 0.03% Phosphorus: 0.01%max Coblet: 0.01%max Sulphur: 0.01%max Iron: 0.005%max Zinc: 0.003% Scrap Contains -Cables -Scrap Motor Winding wires -Bus Bar Strips, etc Used As A Raw Material In - Copper Wire Drawing Units - Foundries - Copper Utensils Manufacturing Units - Automobile Industries.

HONEY consist of mixed yellow brass solids, including brass castings, rolled brass, rod brass, tubing and miscellaneous yellow brasses, including plated brass. Must be free of manganese-bronze, aluminumbronze, unsweated radiators or radiator parts, iron, and excessively dirty and corroded materials. Different composition proportions are the first difference. Yellow brass is composed of about 60% or 70% copper; 30%-40% zinc, and trace amounts of tin and zinc. While red brass contains approximately 85% copper and 15% zinc, with very little tin and lead input properties name Brass honey scra category Brass honey melting point 905-932 ensile Strength, Ultimate 345 MPa ensile Strength, Yield 135 MPa use copper extraction, recycle

Hot Selling Aluminium Ingot A7 99.7% & A8 99.8% best Price Aluminium Ingot A7 99.7% And A8 99.8%. Once the aluminum scrap is collected and sorted, it is placed into a melting furnace and turned into molten aluminum at temperatures ranging from 1300 to 1400 degrees Fahrenheit. This molten aluminum cast into large slabs called ingots or billets. And since aluminum never loses its performance or strength during the recycling process, the same piece of aluminum can enter the secondary production process time and time again, multiplying the cost savings and environmental benefits. Not only does secondary aluminum production use less energy, it reduces landfill waste, contributes much lower greenhouse gas emissions and greatly reduces costly international transportation.