The selection machine is a crucial equipment for processing crushed materials after crushing. It is used in various industries such as construction materials, refractory materials, cement, silicate products, mining of ferrous and non-ferrous metals, and microcrystalline glass. It is applied for both dry and wet grinding of a variety of ores and other grindable materials.

A selection ironing equipment is a magnetic separator used for continuously removing fine iron powder, featuring strong magnetic field, high suction, high iron removal rate, energy-saving, easy repair, and convenient operation.

Adjustable feed quantity for selection machines, suitable for various material particle sizes, used in industries such as glass, ceramics, cement, abrasive tools, refractory materials, carbon black, grain, feed, chemical industry, and non-metallic mineral processing.

Features of the Equipment

1. When the descaling device is installed on the center with a separator (i.e., interlaced), a non-magnetic linear roller can be added below to enhance iron removal capabilities.

2. For non-magnetic metals that cannot be attracted by electromagnets, metal detectors should be used for post-shutdown manual inspection, alarm, and retrieval.

3. Simple absorption of large, small, and simple absorption balls; simple static absorption. For applications with high iron removal requirements, it is advisable to adjust the iron separator's standards appropriately or use multi-layer iron removal.

Product Advantages of Iron Equipment Selection

1. The pulp has a large contact area with the useful working surface, significantly increasing the likelihood of capturing weakly magnetic minerals.

2. All magnetic materials utilize high-quality neodymium-iron-boron, featuring high energy product, high coercivity, and high flux density. It also boasts a high magnetic induction intensity on the useful sorting surface.

3. Utilizing pure iron magnetic materials for the magnetic medium, with a multi-layered induction design, featuring a high magnetic field gradient, suitable for magnetic separation of fine-grained and ultra-fine mineral deposits.

4. Beneficial ore unloading design allows for long-duration continuous operation even when a few strong magnetic minerals are mixed in the selected material.