Specialized Cranes for New Materials Industries : Production of lithium-ion battery anode materials, carbon-based new materials, and graphite materials, as well as maintenance of new materials equipment

Specialized Cranes for New Materials Product Description: Specialized cranes for anode material production are used to handle raw materials, tooling, equipment components, and production materials within carbon-based new materials production facilities.

Such projects typically involve a large number of equipment units and demand high production continuity. Customers not only consider the Crane’s capacity but also closely verify the main girder span, brake wheel runout, wheel tread hardness, the quality of the travel mechanism, and the completeness of manufacturing documentation.

Specialized cranes for anode material production are manufactured, inspected, and documented in accordance with uniform quality standards, making it easy for customers to verify structural dimensions, mechanical condition, and material traceability during the factory acceptance testing phase.

Specialized Cranes for New Materials Product Features

• Designed for Anode Material Production: Cranes specifically designed for anode material production can meet the daily lifting needs for raw materials, tooling, equipment components, and production materials.

• Main Girder Span Inspection: Dimensional measurements confirm that the main girder span matches the factory track conditions, avoiding repeated adjustments during the installation phase.

• Brake Wheel Runout Inspection: Controls brake wheel operational deviation to reduce braking vibration, abnormal wear, and noise.

• Wheel tread hardness inspection: Verifies the load-bearing and wear-resistance performance of the wheels, providing a basis for long-term operation under continuous production conditions.

• Hoisting mechanism acceptance inspection: Inspects the main and auxiliary trolleys and related transmission components to reduce the risk of early failures after production begins.

• Traceable quality documentation: Retains self-inspection records, material certificates, and non-destructive testing reports to facilitate customer acceptance and subsequent maintenance inquiries.

Carbon Block Stacking Crane Industries : New carbon materials, petrochemicals, anode materials, carbon products, calcining furnaces, and carbon block warehouses

Carbon Block Stacking Crane Product Description: The carbon block stacking crane is used for gripping, transporting, stacking, and feeding carbon blocks to workstations in calcining workshops for new carbon materials, petrochemicals, and carbon products.

Addressing customers’ primary concerns—high dust levels, high temperatures, lifting device sway, unstable gripping pressure, and high investment costs for plant structural support—the Carbon Block Stacking Crane features a box-type double-girder design, a single trolley, dual lifting devices, rigid guide columns, and variable-frequency control.

The Carbon Block Stacking Crane dual lifting devices can operate independently or in tandem, accommodating varying batch sizes while improving centralized stacking efficiency; The electrical control system is centrally located in the electrical distribution room and equipped with an industrial recirculating air conditioning system to minimize the impact of harsh environmental conditions on electrical components and the control system.

Carbon Block Stacking Crane Product Features

• Lightweight box-type double-girder structure: While meeting the load requirements for coal block handling and stacking, this design controls the overall machine weight and wheel load, helping customers reduce construction costs for the plant, track girders, and foundations.

• Dual lifting devices can operate independently or in tandem: Depending on coal block batch size, stacking method, and production cycle, operators can choose to run a single lifting device or synchronize both, thereby improving equipment utilization and centralized handling efficiency.

• Rigid guide columns and multiple sets of track guide wheels: These limit the sway of the lifting devices during hoisting, travel, and positioning, reducing the need for repeated realignment and enhancing the accuracy of coal block gripping and stacking.

• Constant clamping pressure: High-pressure clamping with stable pressure maintenance reduces the risk of coal blocks loosening, falling, or sustaining damage due to fluctuating clamping force during transfer.

• Variable-frequency three-in-one integrated drive: Smooth start-up and stopping during hoisting and travel reduce noise and minimize the impact of heavy-load starts and stops on workshop structures, tracks, and Crane mechanisms.

• Adaptability to High-Dust and High-Temperature Environments: The electrical control system is centrally located in the electrical distribution room and equipped with an industrial recirculating air conditioning system, minimizing the impact of dust and temperature rise on the reliability and service life of electrical components.

• Comprehensive Safety Protection: Equipped with safety limit switches, emergency circuit operation switches, operational alarms, and safety monitoring devices to help customers promptly detect abnormalities and reduce the risk of operational errors

400-ton Double-Girder Gantry Crane Industries : Chemical equipment manufacturing, pressure vessel production, reactor manufacturing, and large-scale industrial equipment assembly

Gantry Cranes for Chemical Plants Product Description: The 400-T double-girder gantry crane is used for lifting, tilting, transporting, and assembling large pressure vessels, reactors, columns, and heavy-duty chemical equipment.

Addressing the characteristics of chemical equipment—such as large dimensions, high value per unit, and complex centers of gravity—this Gantry Crane employs PLC-based communication control with variable frequency drives (VFDs) and utilizes digital filtering to enhance the operational precision of the main girder, trolley, and hoisting mechanisms.

The Gantry Cranes for Chemical Plants anti-sway and braking logic controls minimize swaying and impact during the movement of heavy equipment.

400-ton Double-Girder Gantry Crane Product Features

• 400 T lifting capacity: Meets the lifting requirements for large chemical vessels and heavy manufacturing equipment.

• PLC and variable-frequency drive communication control: Coordinates the movements of all operating mechanisms to reduce impact during heavy-load starting and braking.

• Digital filtering technology: Minimizes the impact of control signal fluctuations on operational precision and improves positioning stability.

• Mechanical anti-sway function: Reduces the risk of swaying and collisions during long-distance transport of large equipment.

• High-speed operation under light loads: Increases operating speed when the load is light, balancing heavy-load safety with efficiency during no-load operations.

Visual safety monitoring: Operators can view load, operating status, fault, and safety protection information.