Study on Waste Aluminum Cans Remelting and Purification Technology

Rui Bin Duan; Pei Kang Bai; Jing Yang; Wen Da Zhang; Hao Ding

doi:10.4028/www.scientific.net/AMM.372.360

Paper Titles

Flow Analysis of Melted Urea in a Perforated Rotating Bucket
p.340

Rule-Based Mamdani-Type Fuzzy Modeling of Heating and Cooling Performances of Counter Flow Ranque-Hilsch Vortex Tubes with Different Geometric Construction for Brass
p.346

Investigation of Performance of Heating and Cooling of Counter Flow Ranque-Hilsch Tubes with L/D=15, 16, 17, 18 for Brass
p.350

The Method of Improving Precision of Micro Injection Molding Machine Temperature Control
p.354

Study on Waste Aluminum Cans Remelting and Purification Technology
p.360

Tool Vibration due to High Speed Micro End Milling Parameters
p.364

Modular Tooling Concept in the Fabrication of the Precision AUV Blade
p.369

Control Problems for Heat-Conducting Viscous Fluid Flow in Manufacturing Processes
p.373

Integrated Dexels Geometric Model and Predictive Force Model for Feedrate Optimization in 03 Axis Milling Machine
p.377

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 372Study on Waste Aluminum Cans Remelting and...

Study on Waste Aluminum Cans Remelting and Purification Technology

Abstract:

With orthogonal optimization method, the impact of the ratio and addition of flux and melting temperature on the recovery and metal impurity quantity of waste aluminumcan is researched, and the optimal purification process is obtained:Formula 3 flux, melting temperature 740°Cand flux addition 4%. In this condition, the recovery rate is 89.3%, flux addition is 0.1024%. Furthermore, the ratio and addition of flux have a significant effect on the waste aluminum cans purification is concluded.