Electromagnetic Dry Powder Magnetic Separator with Large Processing Capacity 10-280t/h, Large Wrap Angle Multi-Pole Uniform Separation & Adjustable Magnetic Field Strength

CTB series electromagnetic dry powder magnetic separator generates controllable magnetic field via electromagnetic system, operators can adjust magnetic field strength freely by changing current to match various dry powder separation demands. The machine is designed with large wrap angle & multi-pole magnetic system for even magnetic density in separation zone, equipped with adjustable mechanical vibration device to greatly boost iron removal efficiency. Model range covers CTB6012 to CTB1530, feeding particle size 0-3mm, processing capacity 10-280t/h. It adopts energy-saving structure and intelligent control system to reduce power consumption and upgrade automation level. Widely applied in abrasives, refractory materials, quartz sand, ceramic, grain, chemical and other dry powder industries to continuously and automatically separate iron impurities, improve finished product purity and production safety. Customization and complete production line matching export are available for overseas trade.

We are a high-tech enterprise providing integrated R&D, manufacturing, global sales and after-sales service for all kinds of magnetic application equipment. This CTB series electromagnetic dry powder magnetic separator is a special automatic iron removal machine designed for dry powder production lines. It generates separation magnetic field by electromagnetic coils. Different from permanent magnet separators, its magnetic field strength can be freely adjusted by current according to iron content and material property to achieve optimal impurity separation effect. The magnetic system adopts large wrap angle and multi-pole layout, forming stable and evenly distributed magnetic density in material separation zone, which can fully capture tiny iron scraps, abrasive iron powder and magnetic contaminants. An adjustable mechanical vibration device is pre-installed to shake off iron impurities adsorbed on magnetic drum surface during operation, preventing material sticking and blockage, significantly improving iron removal efficiency of continuous production and making iron discharge easier. Full model specifications from CTB6012 to CTB1530 are available, all compatible with 0-3mm dry feeding powder, single unit processing capacity ranges from 10 to 280 tons per hour, matching small workshops and large scaled mineral & chemical production lines. Core technical parameters include drum diameter, drum length, surface magnetic induction intensity, motor power and drum rotation speed, with differentiated data for each model to fit customers’ actual production capacity.

Q1: How does CTB electromagnetic dry magnetic separator generate magnetic field, can magnetic intensity be adjusted? A1: Magnetic field is generated by electromagnetic system; magnetic field strength can be flexibly controlled by adjusting current to meet separation demands of different materials. Q2: What is the model range, standard feeding particle size and processing capacity of CTB series? A2: Model range: CTB6012 to CTB1530; feeding particle size: 0-3mm; processing capacity: 10-280t/h. Q3: What structural advantages does its magnetic system have? What auxiliary device is equipped to improve iron removal effect? A3: The magnetic system features large wrap angle and multi-pole design for uniform magnetic density in separation zone; it is fitted with adjustable mechanical vibration device to assist iron discharge and prevent material sticking on drum. Q4: What dry powder processing industries can this electromagnetic dry magnetic separator serve? A4: Abrasives & grinding tools, refractory materials, non-metallic mineral separation, carbon black, grain, feed, chemical raw materials, quartz sand, ceramic and glass processing industries. Q5: What design highlights does this machine have in energy consumption and automation? A5: The whole machine adopts energy-saving structure matched with intelligent control system, which reduces energy consumption and improves overall automatic operation level.