logo

2000 - 5000kg High Gradient Magnetic Separator ROHS Wet Drum Magnetic Separator

Basic Properties
Place of Origin: China
Brand Name: QiaoYue
Certification: CE,ISO9001,UL,ROHS
Model Number: QY-DCJ530
Trading Properties
Minimum Order Quantity: 1 set
Price: US$15,000.00
Payment Terms: T/T
Supply Ability: 10 sets/ month
Specifications
Material: Stainless Steel And Non-magnetic Materials Dimensions: Customized Based On Model And Application
Powerconsumption: Approximately 1.5 - 5 KW Feedsize: 0.1 - 5 Mm
Powersupply: 220V/380V, 50Hz/60Hz Coolingmethod: Water And Oil Cooling System
Application: Separation Of Weakly Magnetic Minerals And Fine Particles Capacity: Varies Depending On Model, Typically 1-10 Tons Per Hour
Magneticfieldstrength: Up To 35,000 Gauss Weight: Depends On Model, Typically 2000 - 5000 Kg
Controlsystem: Manual Or Automatic Control Options Productname: High Gradient Magnetic Separator
Usageenvironment: Suitable For Mineral Processing,new Energy Material Processing Separationtype: High Gradient Magnetic Separation
High Light:

2000kg High Gradient Magnetic Separator

,

5000kg High Gradient Magnetic Separator

,

ROHS wet drum magnetic separator

Product Description
High Gradient Electromagnetic SeperatorNew Energy Material Processing
1. Product Specifications
Specification Items Technical Parameters
Magnetic Core Material Premium electro-permanent magnet material
Magnetic Field Strength 10000GS to 35000GS (fully adjustable)
Processing Capacity 1-10 tons per hour (customized based on machine model)
Drum Diameter 600mm / 750mm / 900mm / 1500mm (multiple optional sizes)
Working Mode Dry processing / Wet processing (optional)
Protection Level Dust-proof and water-proof
Working Noise ≤75dB (low noise operation)
Magnetic System Lifespan Minimum 8-year service life
Optional Configurations Explosion-proof structure, auto feeding & discharging system
2. Product Description

This high-performance permanent magnetic separator is a dedicated industrial sorting device designed for mineral purification and iron contaminant removal. It operates based on the varied magnetic properties of raw minerals and impurity particles, achieving precise physical separation without secondary damage to materials. Adopting upgraded magnetic circuit design and high-quality rare earth magnetic rollers, the unit generates stable high-gradient magnetic force, efficiently capturing and filtering out ferromagnetic and weakly magnetic impurities contained in ores and non-metallic raw materials. Versatile for diverse industrial sectors including mining, coal beneficiation, ceramic raw material processing, chemical manufacturing, building material production and waste metal recycling, the equipment supports continuous automated feeding, separation and discharging procedures to deliver stable large-capacity production. It effectively enhances ore grade and finished product purity while reducing raw material consumption and production loss. Built with an integrated fully sealed structure, the separator adapts perfectly to harsh industrial environments with heavy dust, high humidity and long-term heavy-load operation. It can be seamlessly integrated with crushing, grinding and screening production lines, delivering stable, efficient and long-lasting purification solutions for modern industrial processing systems.

3. Product Core Features

Consistent Magnetic Output & Superior Purification Rate: Equipped with a newly optimized magnetic circuit layout, this magnetic separator achieves even magnetic field distribution with zero magnetic decay after long-hour continuous operation. It delivers a maximum separation rate of 99.5%, capable of capturing ultra-fine iron powder and trace weak magnetic contaminants that conventional separating equipment cannot identify or remove, ensuring exceptional material purification accuracy and stable output quality.

Low Energy Consumption & Green Production: Featuring an all-permanent magnet structure, the device requires no excitation power during operation, cutting energy consumption by 30%–40% compared with traditional electromagnetic separation machines. The entire sorting process relies on pure physical separation with no chemical additives involved, generating no environmental pollution. All separated iron impurities are recyclable and reusable, helping enterprises realize resource recycling and sustainable green production.

Heavy-duty Wear-resistant Structure & Strong Adaptability: The machine’s material contact drum is fitted with thickened high-toughness rubber lining, which provides outstanding resistance against long-term material abrasion, impact and friction damage. With reliable dust-proof and water-proof performance, the whole machine runs steadily in humid, dusty and mildly corrosive workshop conditions, greatly lowering failure frequency and extending overall equipment service cycle.

Integrated Dry & Wet Dual-purpose Design: This all-in-one separator supports two independent processing modes, covering dry sorting of powdered minerals and wet separation of material slurry. Operators can flexibly adjust magnetic field intensity and spindle rotation speed according to raw material characteristics and production standards, satisfying diversified processing demands with a single piece of equipment.

Economic Operation & Minimal Maintenance Work: Designed with a simplified mechanical structure and fewer wearing parts, the equipment effectively reduces daily operation loss and operational costs. Routine maintenance only requires regular bearing lubrication, with no complicated professional maintenance procedures needed. It significantly saves labor costs and avoids unnecessary production downtime for enterprises.

Enhanced Safety & Intelligent Unmanned Operation: Built-in overload protection modules and anti-splash baffles effectively eliminate potential operational risks during equipment running. Custom explosion-proof configuration is available for high-risk sites such as coal mines and workshops with flammable dust. The optional automatic feeding and discharging system supports unmanned intelligent operation, greatly improving on-site production safety and overall operational efficiency.