Abstract
In order to develope a recycled material with good mechanical properties, investigations about ball milling (BM) process to the 6063 aluminum alloy cutting chips from manufacturing process of architectural products were carried out. 6063 aluminum alloys are utilized for architectural products due to their good workability and corrosion resistance, and cutting chips of 6063 aluminum alloy from its manufacturing process are produced as much as hundreds tons per year. Application of BM process to 6063 aluminum alloy cutting chips causes grain refinement and improves its mechanical properties. With the progress of BM process, grain size of cutting chips reduced as fine as 200 nm, and its Vickers hardness became as high as 140 after 259.2 ks BM process. The extruded bar made of the cutting chips ball milled for 259.2 ks showed as high as 400 MPa in tensile strength and 30% of elongation.
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