We were established as the most specialized mineral processing equipment company since 1985.
JXSC is well known by customers all over the world as a leading magnetic separators manufacturer. JXSC magnetic separator machine utilizes magnetized grates, plates, traps, drums, and pulleys to separate minerals from the slurry. All of our magnetic separator for sale are made from reliable components and materials to ensure efficient sorting of minerals for optimized mining operations.
In addition, our certified magnetic separator equipment factory with its 30,000 sq.m. of mineral processing equipment factories can accomplish volume orders of industrial magnetic separator with a short lead time.
The unique and modular design of magnetic separator tool enables superior separation selectivity and improved recovery of fine and ultrafine particles.
Our dry magnetic separator and wet magnetic separator are made from high-quality permanent magnets and can achieve a long service life.
The design of our magnetic metal separator allows for efficient sorting of magnetic metal and mineral.
The separation capabilities of our electromagnetic separator can lead to a fast return in a fast timeframe.
Discover the unmatched separation power of JXSC Magnetic Separators, including electromagnetic separators, dry magnetic separators, and high intensity magnetic separators, designed to meet a wide range of processing needs. These versatile machines deliver precision and efficiency, ensuring optimal performance for diverse applications.
Answer: A magnetic separator is a device that uses magnetic fields to separate magnetic materials from non-magnetic ones. It is commonly used in industries like mining and recycling to purify materials or recover valuable metals.
Answer: magnetite iron ore belongs to strong intensity magnetic mineral, so need to use drum type magnetic separator.
Answer: hematite iron ore belongs to weak intensity magnetic mineral, so need to use roller type strong intensity magnetic separator.
Answer: plate magnetic separator and high gradient magnetic separator are widely used in removing Fe2O3 from silica sand.
Answer: Choose the appropriate magnetic separator according to the magnetic permeability of the material, the feed particle size and whether the customer wants a dry or wet process.
Answer: Under the action of the magnetic field, the magnetic minerals undergo magnetic aggregation to form a “magnetic group” or “magnetic chain”. The “magnetic group” or “magnetic chain” is affected by the magnetic force in the pulp and moves to the magnetic pole, and is adsorbed on the magnetic drum/roller. Since the polarities of the magnetic poles are arranged alternately along the direction of rotation of the drum/roller, and they are fixed during operation, when the “magnetic group” or “magnetic chain” rotates with the drum/roller, magnetic stirring occurs due to the alternation of magnetic poles, and is mixed in the The non-magnetic minerals in the “magnetic group” or “magnetic chain” fall off during the turning, and the “magnetic group” or “magnetic lotus” that is finally absorbed on the surface of the drum/ roller is the concentrate. This is the working principle for magnetic separators.
Answer: We have drum type magnetic separator, roller type high intensity magnetic separator, three disc dry magnetic separator, plate magnetic separator, and high gradient magnetic separator, all featuring advanced magnetic separator design.
We provide the best mine processing solution in the industry. We design our products with performance and efficiency, trusted over the years and recognized by many countries. Let’s get you started.
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