Solution
Henan Mine Crane Factory provides tailored crane solutions for diverse industrial needs, ensuring efficient material handling and optimized operations across various sectors.
Four-Girder Casting Crane for Steel Mills Manufactured by Henan Mine
Henan Mine's steel mill-specific four-girder casting crane employs a “four-girder + dual-trolley” heavy-duty structural design. It offers lifting capacities ranging from 100 to 500 tons, customizable spans from 16 to 45 meters, and lifting heights from 10 to 35 meters. The crane ensures long-term stable operation in high-temperature environments (-20°C to 180°C), dusty conditions, and situations involving molten material splashes. Optimized for ladle handling, the equipment delivers precise positioning, smooth operation, and impact load resistance. It is widely deployed in converter shops, electric arc furnace shops, continuous casting shops, and mold casting shops.
Henan Mine-Manufactured Crane for Electrolytic Aluminum Production
Henan Mine's electrolytic aluminum cranes strictly adhere to core specifications featuring a “high-temperature resistant, high-strength chassis + corrosion-resistant core components + precision heavy-duty drive system” configuration. Lifting capacities range from 10-320 tons, with customizable spans of 10-40 meters and lifting heights of 8-30 meters. These cranes ensure long-term stable operation in high-temperature environments (-20℃ to 120℃), high-dust conditions, and hydrogen fluoride corrosion environments. The equipment precisely accommodates diverse lifting requirements, including 5-50t molten aluminum ladles, anode/cathode components for electrolytic cells, and aluminum ingot blanks. Widely deployed in electrolysis workshops, casting shops, and finished product warehouses, it serves as the core guarantee for efficient and stable production in electrolytic aluminum enterprises.
Automatic Steel Plate Handling Crane Manufactured by Henan Mine
Henan Mine's automated steel plate-specific crane features a core combination of “high-strength lightweight body + proprietary intelligent control system + custom-designed steel plate lifting attachments.” The equipment reliably handles steel plates ranging from 0.5mm thin to 500mm thick, seamlessly integrates with WMS (Warehouse Management System), MES (Manufacturing Execution System), AGVs (Automated Guided Vehicles). Widely deployed in steel warehouses, steel plate processing plants, automotive stamping workshops, and construction machinery steel pre-processing facilities, it achieves over 3 times the efficiency of traditional lifting methods while significantly reducing steel plate damage rates.
Henan Mine-Manufactured Bridge Construction Specialized Crane
Henan Mine's bridge construction specialized cranes integrate a “long-span heavy-load structure + precision drive system + wind-resistant weatherproof protection + multiple safety redundancies” configuration. Lifting capacities range from 20-400 tons, with custom spans of 10-50 meters. with lifting heights of 8-30m. They support all bridge construction phases including box girder hoisting, steel truss installation, pier construction material transfer, and deck paving equipment handling. The equipment features resistance to Category 12 winds, high/low temperature tolerance, all-weather outdoor operation, and high positioning accuracy. Widely applied in highway bridges, high-speed rail bridges, cross-sea bridges, and urban overpass construction projects.
Steel Mill Casting Specialized Crane Manufactured by Henan Mine
Henan Mine's specialized casting cranes for steel mills strictly adhere to national standards such as GB/T 14405-2011 and GB 6067, as well as specialized safety regulations for steel mill casting operations. Their core design integrates a “high-temperature resistant reinforced structure + heavy-duty drive system + multi-layered explosion-proof and dust-proof protection” configuration. Lifting capacities range from 10 to 200 tons. GB 6067, and specialized steel mill foundry safety regulations. Its core design combines “high-temperature reinforced structure + heavy-duty drive system + multi-layered explosion-proof and dust-proof protection.
Henan Mine manufactures specialized cranes for subway construction
Strictly adhering to national standards such as GB/T 14405-2011 and GB 6067, as well as specialized subway construction safety regulations, Henan Mine's specialized crane features a “compact body design + high-strength structure + precision drive system + multi-layered safety protection.” This configuration enables operation in confined spaces like shield machine shafts, station excavation pits, and tunnels. Featuring dustproof, waterproof, impact-resistant, and precise positioning capabilities, the equipment handles multiple operations including shield machine component hoisting, segment transportation, rebar/formwork transfer, and construction equipment maintenance. It is widely deployed in new and expansion projects across major Chinese cities.
Smart Warehouse Crane Manufactured by Henan Mine
This crane represents China's first automated warehouse crane specifically designed for agricultural applications. It features a large span, extended travel distance, high lifting height, rapid operating speed, smooth operation without fluctuations, multiple positioning points (over 1,400 high-precision positioning points), high positioning accuracy ≤±5mm (at the lifting device), and stacking capabilities of 4 over 5. Employing a manual (remote control) + semi-automatic + fully automatic control system, it interfaces with backend databases and smart terminals to enable real-time monitoring of stored goods. The crane also incorporates automated gripping/releasing and stacking functions, automatic positioning, electrical anti-sway technology, remote monitoring, and intelligent management capabilities.
Henan Mine Manufacturing ZJJB Cleanroom Explosion-Proof Crane
Relying on the integrated intelligent scheduling and control system, the material hoisting and transportation can be planned autonomously, positioned precisely, and connected efficiently. Under special working conditions, operators can flexibly control the equipment remotely, which reduces labor intensity and ensures uninterrupted operation.