Magnetic spiral chute for recovery of magnetic materials

A magnetic spiral chute is a device designed for the recovery of magnetic materials. The device uses a combination of magnetic force and gravity to separate magnetic materials from non-magnetic ones. The spiral chute has a long, curved trough that spirals downward, using centrifugal force to separate the materials. As the materials move down the chute, the magnetic materials are attracted to the magnetic field and are directed into a collection area. The non-magnetic materials continue down the spiral and are collected in a separate container.

The magnetic spiral chute is used in a variety of industries, including mining, recycling, and construction. It can be used for the recovery of magnetic materials such as iron ore, magnetite, and ferrosilicon. The device is also effective in separating magnetic particles from non-magnetic materials such as sand, gravel, and coal. The magnetic spiral chute is a cost-effective and efficient solution for the recovery of magnetic materials, providing a low-maintenance and durable option for magnetic separation.

1. Magnetic spiral chute body

2. Magnetic separation roller

3. Magnetic field adjusting device

4. Ore dividing plate

5. Ore feeding hopper

6. Water feeding device

7. Grid plate

8. Chute liner

9. Support frame

10. Motor and reducer

11. Control system.

| Component | Function |

| --- | --- |

| Magnetic spiral chute body | Holds and guides the flow of magnetic materials |

| Magnetic separation roller | Separates magnetic materials from non-magnetic ones |

| Magnetic field adjusting device | Controls the magnetic field intensity for optimal separation |

| Ore dividing plate | Separates the flow of materials evenly |

| Ore feeding hopper | Allows the materials to enter the chute |

| Water feeding device | Adds water to the process to improve separation efficiency |

| Grid plate | Helps to filter out non-magnetic materials |

| Chute liner | Protects the spiral chute from wear and tear |

| Support frame | Secures the structure in place |

| Motor and reducer | Provides power to the equipment |

| Control system | Monitors and adjusts the process for optimal efficiency |