Mineral Separators
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This flotation cell is used for separating various metals and minerals through coarse, fine, and swept separation processes. It features self-absorption pulp ability, a horizontal configuration, and does not require a foam pump.

This centrifugal concentrator efficiently recovers fine ore particles using enhanced gravity separation. Its strong centrifugal force enables effective recovery of gold, tungsten, lead, manganese, and iron.

This spiral classifier separates materials based on differences in sedimentation speed within a liquid. It is used in mineral processing for classifying ore pulp, washing sand, and desliming.

The mineral jig separator separates materials based on density differences in a pulsating fluid medium. It is suitable for processing various minerals, including gold, tungsten, tin, hematite, and manganese.

The shaking table is a mineral gravity concentration equipment. It can produce high grade concentrated ore, secondary concentrated ore, middlings and tailings simultaneously.

The centrifugal concentrator utilizes centrifugal force to separate valuable minerals from ore. It achieves high recovery rates and improves concentrate grades across a wide range of ore types and particle sizes.

This flotation machine is used in different metal beneficiation lines within mining projects. It improves grade and recovery by separating valuable minerals from gangue.

This mining magnetic drum separator removes iron powder from particulate and powder materials. It efficiently recycles resources in industries such as wood, mining, and chemical processing.

This magnetic separator is widely used in resource recycling, mining, and chemical industries. It is suitable for separating materials such as magnetite and ilmenite with granularity below 3mm.

This flotation machine separates copper ore using the principle of buoyancy. Air is introduced to the pulp, causing copper particles to attach to bubbles and float to the surface for collection.

Spiral separators feature a simple structure and reliable working condition for convenient operation. They classify materials based on the principle that solid particles with different sizes and proportions have different falling speeds in liquid.

This shaking table is utilized in various separation processes, including roughing, concentration, and scavenging. It effectively separates coarse sand, fine sand, and slurry.

The magnetic separator, also known as a magnetic drum separator, features a simple structure, large handling capacity, and convenient operation. It is widely used in resources recycling, lumbering, mine, ceramics, chemistry and food industries.

Classifiers are crucial for ore dressing, with spiral classifiers being widely used. These classifiers separate minerals based on differences in sedimentation velocity, suitable for metal beneficiation production lines.

The flotation machine separates minerals by exploiting differences in wettability, using foam and mechanical equipment. This equipment is essential for the flotation process, significantly impacting the flotation effect.

The magnetic separator is designed for removing iron powder from powder materials to aid in recycling. It is widely applicable in resource recycling, timber, mining, ceramics, chemicals, and food industries.

This industrial separator is designed for use in metallurgy and mining engineering, specifically in nonmetal mining applications. It features a robust steel construction with multiple levels and compartments for efficient material separation.

The flotation machine separates minerals from gangue by exploiting differences in hydrophobicity. It agitates and aerates slurry to create bubbles, which selectively attach to hydrophobic mineral particles, carrying them to the surface for collection.