
Qinghai Baolihua Energy Technology Co., Ltd. has achieved a breakthrough in heavy equipment handling by introducing the QD50t double girder overhead crane. The solution not only resolves the technical bottlenecks associated with lifting large-scale energy equipment but also delivers significant improvements in operational safety and efficiency. This case provides a scalable upgrade model—combining high load capacity, intelligent control, and low maintenance cost—for similar heavy-industry environments, advancing double girder cranes toward modularization and intelligent operation.
Qinghai Baolihua Energy Technology Co., Ltd., established in 2013 and headquartered in Xining, Qinghai Province, China, specializes in energy-recycling technologies and advanced aluminum materials. The company focuses on residual pressure, heat, and energy recovery, recycled aluminum utilization, new-material development, and aluminum-alloy processing. It also provides R&D, manufacturing, and technology transfer services for non-ferrous metal processing equipment and automation systems. With integrated capabilities across research, production, and technical services, Baolihua drives efficient resource use and sustainable industrial development.
The QD50t डबल गर्डर ओवरहेड क्रेन, custom-designed for Qinghai Baolihua Energy Technology, is a heavy-duty lifting system with a rated capacity of 50 tons. The double girder overhead crane offers a span range of 26–31.5 meters (customized according to workshop layout) and a lifting height of 9–22 meters. It is equipped with dual hooks (main hook 50 tons + auxiliary hook 10 tons) and achieves working class A6 for high-frequency operations.
The main girders adopt a welded box-girder structure combined with lightweight European-style design technology, reducing overall crane weight by 15% while maintaining high structural strength for heavy-duty applications.
Energy Equipment Lifting
Production Line Material Handling
Equipment Maintenance Support
Intelligent Safety System
Structural Optimization
Environmental Adaptability
Efficiency: Equipment failure rate kept below 0.3%, reducing annual maintenance downtime by 60 hours.
Cost Optimization: Energy consumption reduced by 18% compared to conventional cranes (via variable-frequency drive technology).
Safety: Zero safety incidents in three years of operation; certified to ISO 13849 safety standards.
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