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Permanent Magnet Suction Cup
Vacuum Suction Cup
Permanent Magnet Lifting Magnet
Demagnetizer
Electromagnetic Vacuum Puck
Scrap Iron Lifting Electromagnets
Lifting Electromagnetic Magnet Equipment
Electromagnetic/Permanent Magnet Iron Remover
Magnetic Mold Template - Quick Mold Change System
Automated Electromagnetic Clamping Jig
Magnetic Electromagnet Clamp
Lifting Electromagnetic Hoists


详情描述
Product Introduction:
Lifting electromagnets are a special type of electromagnet that uses the object to be lifted as a connection, and are an indispensable lifting tool for transporting ferromagnetic materials such as steel in various industries. After years of promotion and application by Luming Technology, the lifting electromagnets are now divided into two main series: scrap steel types (used for excavators, forklifts, cranes, gantry cranes, loaders, and salvaging, etc.) and hoisting types (including billet lifting, beam lifting, slab lifting, high-speed wire rod (coiled) special types, bundled rebar, structural steel special, pipe billet lifting, steel pipe, heavy rail lifting, structural steel, steel plate lifting, vertical and horizontal steel strip coil lifting, thick plate special electromagnets, flipping, and side lifting, etc.).
Technical Specifications:Custom production to meet customer requirements
Application Scope:Dockside vessels, metallurgy industry, automotive industry, ports/logistics, warehousing centers, general machinery manufacturing, recycled resources
Product Features:Fully sealed structure, excellent moisture-proof performance; reasonable design, strong suction, and low energy consumption
Product Selling Points:High-temperature electromagnetic cores utilize a unique thermal insulation method, raising the temperature of the attracted objects from the previous 600℃ to 700℃, thereby expanding the applicability range of the electromagnetic cores. The rated duty cycle of the standard electromagnetic cores has been increased from the previous 50% to 60%, enhancing the efficiency of electromagnetic core usage.
























