Yueyang Dalishen Electromagnetic Machinery Co., Ltd. · Since 1998

Magnetic Technology, Driving Industrial Progress

For mining, metallurgy, building materials, power and resource recycling industries — high-gradient magnetic separation, intelligent iron removal, magnetic lifting and supporting control equipment.

Built on magnetic circuit design, equipment manufacturing and on-site process know-how, DLS delivers stable and maintainable magnetic solutions for complex industrial flows.

R&D + Manufacturing + On-site Service

From Magnetic Circuit Design to Turnkey Delivery

In-house testing, machining, coil manufacturing and assembly — one integrated magnetic equipment supply chain.

ISO 9001 quality management with CE certification for global project delivery.

1998 Year of Foundation
67,000㎡ Planned Manufacturing Area
20+ Magnetic Equipment Series
Global Industrial Market Coverage
Core Business

System Capability from Magnetic Separation to Material Handling

Built on magnetic circuit design, equipment manufacturing and on-site process know-how, DLS delivers stable, maintainable magnetic solutions for complex industrial flows.

MAGNETIC SEPARATION

High-Gradient Magnetic Separators

For weakly magnetic mineral separation and non-metallic ore iron removal — wet, dry and permanent-magnet processes.

IRON REMOVAL

Industrial Iron Removal Systems

Protect crushers, conveyors and finishing equipment across belt, pipeline and magnetic-material production lines.

MATERIAL HANDLING

Lifting Electromagnetic Equipment

For scrap, billet, plate and profile handling — with high-temperature, high-duty-cycle and customized magnetic solutions.

POWER & CONTROL

Reels & Control Accessories

Cable reels, magnetic pulleys, metal detectors and rectifier/control systems for production-line integration.

Products

Magnetic Equipment for Different Materials and Working Conditions

Series products covering ore upgrading, tramp-iron protection, steel handling and production-line accessories — with process parameters and structural customization supported.