What Are the Key Points of the Electrostatic Separation Method Transported to US Long Beach Clients?

At Dasen, we take pride in our in – depth expertise and comprehensive solutions regarding electrostatic separators. Today, we successfully transported an arc – plate electrostatic separation method to our esteemed clients in Long Beach, USA.

The principle of electrostatic separation is rooted in the differences in the electrical properties of materials within a high – voltage electric field. When materials are introduced to the high – voltage field created by the corona electrode via a rotating drum, they are influenced by electric forces, centrifugal force, and gravity. Due to the varying electrical natures of different materials, their falling trajectories diverge, enabling the separation of metal and non – metal mixtures.

Our electrostatic separator is designed with precision. It capitalizes on the differences in mineral conductivity and the electrostatic forces exerted on minerals in the electric field. This makes it highly suitable for separating conductive and non – conductive minerals, such as rutile ore and zircon ore, to obtain high – grade concentrates. It can be seamlessly integrated with single disc, double disc, permanent magnet, and electromagnetic machines. Equipped with a 0 – 45000 – volt high – voltage generator, it can also handle high phosphorus ores and hard to select rutile ore.

However, it’s important to note that the high – voltage electrostatic separator is best for materials with a particle size of 0.04 – 1mm, so pre – crushing is necessary for larger materials. Our separator boasts features like high efficiency (up to 99% separation effect), low energy consumption (only about half of similar domestic products per ton of waste circuit boards), automatic operation, and a small footprint, offering installation flexibility. Whether you’re looking to upgrade your mineral separation process or start a new venture, Dasen has the knowledge and solutions to meet your needs.