Product Description
We are amongst one of the leading industries in the domain, engaged in offering high quality Wet Drum Magnetic Separators. Our offered separator is fabricated using best quality raw materials as per the set industry norms under the supervision of our experienced professionals. This Wet Drum Magnetic Separators are widely known for high strength, ability to withstand adverse conditions, corrosion resistance and longer life.
High-Performance Separation TechnologyOur wet drum magnetic separator offers advanced magnetic intensity up to 15,000 Gauss, ensuring maximum efficiency in the extraction of magnetic minerals from slurries. Designed for semi-automatic operation, it accommodates varying feed qualities and capacities, delivering consistent results in mineral processing applications.
Tailored Engineering and FlexibilityEngineered with materials like stainless steel and mild steel, this separator provides robust construction and a corrosion-resistant finish. Its variable drum speed, customizable dimensions, and adaptable installation options-either horizontal or vertical-make it ideal for a wide array of separation requirements.
Optimized for Diverse ApplicationsWhether it's iron ore beneficiation or removal of magnetic contaminants, this wet drum separator meets industrial demands. It is suitable for capacities up to 150 TPH and supports feed sizes up to 6 mm, serving both medium and large-scale mineral processing plants across India.
FAQ's of Wet Drum Magnetic Separators:
Q: How does the wet drum magnetic separator function in separating magnetic minerals from slurry?
A: The separator uses powerful magnetic fields up to 15,000 Gauss to attract and separate magnetic minerals from the slurry as the drum rotates. Slurry is fed onto the drum, where magnetic particles adhere to the drum surface and are carried away, while non-magnetic materials are discharged separately.
Q: What are the key benefits of using this wet drum magnetic separator for industrial applications?
A: Some notable benefits include high recovery efficiency, capacity for large feed sizes (up to 6 mm), customizable sizing and installation, and corrosion-resistant construction. This ensures reliable performance, extended equipment life, and suitability for varied industrial environments.
Q: When should I choose between counter-current, concurrent, or counter-rotation separator configurations?
A: The selection depends on your specific application and desired end product. Counter-current is suited for maximum recovery of magnetic minerals, concurrent is ideal for cleaner concentrates, and counter-rotation is used when highest purity is required in mineral processing.
Q: Where can these separators be installed and is customized sizing available?
A: These separators can be installed either horizontally or vertically, depending on your space constraints and process requirements. Sizes and dimensions can be customized to fit plant layouts, with widths up to 2000 mm available.
Q: What is the process for maintaining the separator to ensure consistent performance?
A: Routine maintenance involves inspecting the drum surface for wear, checking the condition of the geared motor, ensuring the cooling system (water or oil) operates effectively, and cleaning any buildup on internal surfaces. This helps maintain peak magnetic separation efficiency.
Q: How is the separator powered and controlled during operation?
A: The separator operates on a voltage range of 220-440 V, 50 Hz frequency, and uses a geared motor to drive the drum at variable speeds up to 20 RPM. It is typically controlled through semi-automatic controls for adjusting speed and monitoring process parameters.