BAS Industrial Solutions and Engineering Application Co products

Dry type magnetic drum separators are advanced equipment used specifically for separating magnetic ore in the grain size range of 0-400mm from other non-magnetic materials, or for the separation of two distinct metal materials with varying magnetic susceptibility. These separators consist of a half-full magnetic drum, a material chute, and optionally a vibro feeder and bunker. The drum speed and the position of the separation flap are critical in optimizing separation quality. BAS Laboratories determine the magnetic field intensities of these separators, which can range from 900 Gauss to 5,000 Gauss depending on the specific magnetic sensitivity of the ore being processed. This versatile equipment ensures an effective separation process by allowing precise application of the magnetic fields over the effective surface area, making it indispensable in ore beneficiation processes.

Eddy current separators are vital technology used to segregate non-ferrous metals such as aluminum and copper from other mixed metal or non-metal materials. The process involves feeding materials of relevant grain sizes into the separator, where an eddy current is generated by a rotating drum with the appropriate speed and number of magnetic poles, achieving effective separation. Determining the correct drum speed and pole count is critical for optimal performance. BAS Laboratories specialize in selecting the most accurate eddy current separators for specific particle types and conduct capacity tests to ensure efficiency. It's crucial that materials form a single layer on the eddy-current-producing drum to maximize separation efficiency. The conveyor belt speed and the selection of a suitable vibro feeder are pivotal in generating the necessary centrifugal force. BAS offers both centric and eccentric drum types tailored for standard and heavy-duty applications, respectively, and their separators can handle non-ferrous metal separations ranging from particle sizes of 10mm to 250mm.

BAS electromagnetic lifters are specialized for efficiently transporting and extracting ferromagnetic metals, particularly from scrap materials. The lifters feature a robust one-piece cast magnet body that greatly minimizes magnetic field loss, ensuring high performance and durability. The lower cover of the electromagnets is designed with high alloy steel, making them suitable for extremely challenging conditions. These electromagnetic lifters are available in both rectangular and round casting body designs to handle different forms of metal, such as pipes and sheets. They are particularly useful in steel factories for various applications, including feeding casting furnaces, loading and unloading scrap materials, and transferring scrap metals. The chain hanger points are engineered for maximum durability and safety. Operating at a voltage of 220VDC, the magnets have a usage period of 75% over 10 minutes. Furthermore, the terminal box is designed with IP65 protection class to ensure easy and secure connections.

BAS Electromagnetic or vibratory feeders, commonly known as vibro feeders, offer a range of capacities from 0.1 to 1,000 tph, ensuring equal and linear power distribution across the entire feeder surface. With widths varying from 100mm to 2500mm, these feeders can be custom-built to meet application-specific demands. They are designed to transport materials uniformly to subsequent processes or transport equipment in the required width. BAS vibrofeeders are adept at handling diverse materials, from dry particles to those with up to 25% humidity, and particle sizes ranging from ppm to 500mm. Customizable in materials such as PU, PE, HARDOX, and stainless steel coatings, these feeders are equipped with IP65 panels and driver groups to withstand harsh conditions, ensuring continuous feeding of crushers and screens. The advanced engineering solutions applied by BAS aim for excellence and efficiency in material handling processes.

Belt conveyors are used in many areas such as loading, unloading, stocking as well as material handling and they are indispensable for all facilities.