In the near future, Australia has developed a slide type electric sorter. One is a slide type, and the other is a screen type. Figure 1 shows this type of electric sorter. The grounding is extremely slippery, and an elliptical high-voltage static electrode is installed on the sliding plate. The electrode is fixed (but adjustable), and the high-voltage electricity is passed through, and the ore is sent to the mining vibration tank to slide down to the sliding plate. In the high-voltage electric field, the conductor ore is induced and charged, and is attracted to the electrode. However, due to the simultaneous action of gravity and vibration, its trajectory is different from that of the non-conductor and is discharged from the front; although the non-conducting ore is also affected by the electric field, Will not be attracted, due to the vibration and the downward push of the entire mine, constantly moving downwards. In the actual sorting process, fine particles are most affected and are often mixed into conductor products. This type of electric separator is mainly used to separate a small amount of conductor minerals from a large number of non-conductor products. Now mainly used in Australia separated low content of iron ore and titanium rutile concentrate from the crude Pei cristobalite, and several are used together in series. The process is shown in Figure 2. According to the practice of Australia and the United States Capco, the effect is proved to be better. Architectural Aluminum Profile extrusion Dies
Architectural aluminum profiles are a commonly used building material and are widely used in various fields of the construction industry. It has excellent performance and various shapes, which can meet different building needs.
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Architectural aluminum profiles have good corrosion resistance. Aluminum can form a dense oxide film in the air, which can effectively prevent further corrosion of the aluminum. Therefore, aluminum profiles can maintain good performance and extend their service life in humid or corrosive environments. Architectural aluminum profiles have excellent processing properties. Aluminum has good plasticity and processability and can be made into profiles of various shapes and sizes through extrusion, cutting, welding and other processing techniques. This enables aluminum profiles to meet the needs of different architectural designs and be flexibly used in various parts of the building. Architectural aluminum profiles also have excellent thermal conductivity. Aluminum has a high thermal conductivity and can conduct heat quickly. This allows aluminum profiles to be used as heat dissipation components in buildings, effectively regulating indoor temperatures and improving energy efficiency.
Architectural aluminum profiles are a building material with a variety of excellent properties. Its light weight, high strength, corrosion resistance, excellent processing performance, as well as good thermal conductivity and decorative properties make it widely used in the construction industry. With the development of science and technology and the continuous improvement of people's requirements for construction quality, architectural aluminum profiles will play a more important role in the future construction field.