magnetic separation equipment
The magnet structure
The magnetic bar consists of an inner magnetic core and an outer cladding, and the magnetic core consists of a cylindrical magnet block and a magnetizing iron sheet. The magnetic induction line is evenly distributed in space, the magnetic bar surface is smooth and the resistance is small, and it does not contain harmful substances to the environment, so as to avoid polluting materials and the environment.
The surface magnetic induction intensity of more than 12000 Gauss can be achieved on the conventional 1-inch diameter magnetic bar, using ndfeb magnetic steel of more than N40. Samarium cobalt magnetic steel is used for high temperature resistant magnetic rods at temperatures above 150 ° C.
Magnetic bar specifications: 19, 22, 25, 28, 32, 38.....
Products are refined through 5 processes. Mainly used for iron pins in raw materials; The actual surface magnetic field can reach 6000~11000 Gauss. It can also be customized according to the specific requirements of customers. It is sealed by silica gel or argon arc welding and made by special scientific technology
PTMS magnetic separation
Magnetic bar features:
Effective iron removal pole density, large contact area, super magnetic force, magnetic bar corrosion resistance, high temperature resistance. In addition to iron container, can be customized according to user requirements.
All magnetic rods are equipped with stainless steel protective sleeves to effectively protect the magnetic rods from damage. Convenient and fast iron discharge; Pull the magnetic bar, the ferromagnetic material adsorbed on the magnetic bar is automatically separated and dropped. Continuous work; The raw materials can continue to work when the iron is pumped out layer by layer without suspending the feeding.
what is magnetic bead separation？
Super magnetic rod features: effective magnetic separation of the pole density、Large contact area、Magnetic super。The magnetic separation vessel can be customized according to user requirements。Mainly used in plastics, food, environmental protection, filtration, chemical industry, electric power, building materials, construction pottery, medicine, powder, mining, coal and other industries.
