Engineering · Manufacturing · Project support
info@hnksglobal.comWhatsApp +86 18836207779 ↗
Henan Mine CraneHENAN MINE CRANECRANE MANUFACTURING & ENGINEERING

Category: Project Deliveries

Crane shipments, installations and project acceptance.

  • Crane Batch Prepared for Export to a European Project

    Crane Batch Prepared for Export to a European Project

    Project Deliveries

    Crane Batch Prepared for Export to a European Project

    Henan Mine Crane held a dispatch ceremony on 11 October 2026 for a batch of cranes being exported to a project in Europe. The equipment was prepared for shipment in phases.

    Crane transport vehicles assembled at Henan Mine Crane for a European shipment
    The export batch was prepared for phased dispatch from the manufacturing base.

    A coordinated export dispatch

    Transport vehicles assembled at the manufacturing base for the departure ceremony. The crane batch forms part of the equipment supply for the European project.

    Phased dispatch requires the equipment list, packing identification and shipment sequence to be coordinated with receiving and assembly arrangements at the destination.

    Speaker at the European-project crane dispatch ceremony
    The departure ceremony took place on 11 October 2026.
    Representatives alongside trucks prepared for the European crane shipment
    The dispatch brought together the project equipment and transport arrangements.

    Set the complete delivery scope

    For a comparable enquiry, define the crane configuration and the boundaries of supply together. Electrical requirements, delivery terms, transport dimensions, site access and installation responsibilities should be included in the project discussion.

    Dispatch ceremony beside an export transport vehicle at Henan Mine Crane
    The ceremony marked preparation of the crane batch for export.
    Transport trucks carrying covered crane equipment for the European project
    Shipment sequencing forms part of the export delivery arrangements.

    Plan your crane supply and shipment

    Send the lifting requirements, destination and intended supply scope. Our team can review the equipment arrangement and the dispatch information needed for your project.

  • First Batch of 14 Cranes Dispatched for a Vietnam Project

    First Batch of 14 Cranes Dispatched for a Vietnam Project

    Project Deliveries

    First Batch of 14 Cranes Dispatched for a Vietnam Project

    Henan Mine Crane held a dispatch ceremony on 15 May 2026 for the first batch of 14 cranes supplied to a project in Vietnam.

    Covered crane equipment leaving the manufacturing site
    Covered crane equipment leaving the manufacturing site.

    Batch dispatch from the manufacturing site

    The equipment left the factory as the project’s first crane batch. The number 14 is the shipment quantity; individual crane capacities and configurations depend on the agreed equipment schedule.

    Dispatch ceremony for the first Vietnam crane shipment
    Dispatch ceremony for the first Vietnam crane shipment.
    Representatives beside a covered equipment transport truck
    Representatives beside a covered equipment transport truck.

    Coordinate delivery and site preparation

    For a multi-crane import order, define the supply scope, packing requirements, transport restrictions and installation responsibilities. Site readiness and the unloading plan should be coordinated with the expected shipment sequence.

    Speaker at the Vietnam project dispatch event
    Speaker at the Vietnam project dispatch event.
    Crane shipment trucks assembled outside the factory
    Crane shipment trucks assembled outside the factory.

    Plan a crane delivery to Vietnam

    Send the crane schedule, lifting requirements, destination and installation plan so supply and delivery arrangements can be discussed.

  • First Crane Batch Installed for Hainan’s Commercial Space Launch Site

    First Crane Batch Installed for Hainan’s Commercial Space Launch Site

    Project Deliveries

    First Crane Batch Installed for Hainan’s Commercial Space Launch Site

    The first batch of lifting equipment supplied by Henan Mine Crane has been installed for the Hainan commercial space launch site. The equipment supports the lifting and transfer of large aerospace equipment within the project’s facilities.

    Henan Mine Crane overhead cranes installed in a large aerospace building
    The first crane batch has been installed for aerospace equipment handling.

    Lifting support for launch-site facilities

    On 29 September 2026, Hainan International Commercial Aerospace Launch Co., Ltd. held a user meeting and launched joint exercises for the site’s second-phase project. Henan Mine Crane representatives attended and discussed equipment support and further cooperation.

    The installed lifting equipment forms part of the handling infrastructure for large aerospace equipment and supports recurring operations within the launch-site facilities.

    Joint exercise launch event at the Hainan commercial space launch site
    The second-phase project held a user meeting and joint-exercise launch event.
    Overhead cranes and lifting arrangements inside a Hainan launch-site facility
    The lifting equipment serves the facility’s equipment-transfer requirements.

    Plan the complete aerospace handling route

    An aerospace lifting proposal needs the component dimensions, total suspended load, lift path and available building clearances. Tooling interfaces, coordinated movements and the inspection sequence can then be addressed within the project specification.

    Henan Mine Crane bridge cranes spanning an aerospace equipment hall
    The crane arrangement provides overhead coverage within the project building.

    Discuss an aerospace lifting project

    Share the equipment envelope, load, lifting height, building layout and required handling sequence. Our team can review the crane configuration and the interfaces with your installation.

  • Heavy-Duty Cranes Support Tunnelling Equipment Manufacturing and Coal Research

    Heavy-Duty Cranes Support Tunnelling Equipment Manufacturing and Coal Research

    Project Deliveries

    Heavy-Duty Cranes Support Tunnelling Equipment Manufacturing and Coal Research

    Henan Mine Crane equipment has supported tunnelling machinery manufacturing and a national coal research facility, illustrating two distinct heavy-load applications.

    Yellow double-girder crane installed in an industrial building
    Yellow double-girder crane installed in an industrial building.

    Crane equipment for tunnelling machinery production

    More than 100 crane units were developed and manufactured for Tangxing Equipment’s trenchless equipment industrial park. The lifting equipment supported the manufacturing site associated with the rollout of the Yimeng No. 1 tunnel boring machine.

    Yimeng No. 1 tunnel boring machine inside a workshop
    Yimeng No. 1 tunnel boring machine inside a workshop.
    Overhead crane runways above a manufacturing hall
    Overhead crane runways above a manufacturing hall.
    Parallel overhead cranes serving a manufacturing hall
    Parallel overhead cranes serving a manufacturing hall.

    Three 100 t cranes for research operations

    A separate application used three 100 t double-girder cranes at a national laboratory working on deep-coal mining safety and environmental protection. These are individual crane capacities, distinct from the number of units supplied to the manufacturing park.

    Visitors inspecting heavy manufacturing equipment
    Visitors inspecting heavy manufacturing equipment.
    Aerial view of the Tangxing Equipment industrial site
    Aerial view of the Tangxing Equipment industrial site.

    Plan heavy-component handling

    Provide the heaviest component, lifting points, required hook travel and building layout. Include any tandem-lifting or assembly-position requirements.

  • 127 Crane Units Begin Batch Dispatch for an Egyptian Steel Plant

    127 Crane Units Begin Batch Dispatch for an Egyptian Steel Plant

    Project Deliveries

    127 Crane Units Begin Batch Dispatch for an Egyptian Steel Plant

    A dispatch ceremony on 3 September 2026 marked the start of batch shipments for 127 crane units supplied by Henan Mine Crane to a Sinosteel steel plant project in Egypt.

    Yellow crane girders secured to a transport trailer
    Yellow crane girders secured to a transport trailer.

    A multi-unit export shipment

    The equipment was arranged for dispatch in batches. The figure 127 refers to the number of crane units in the project, not to the lifting capacity of an individual crane.

    Trucks carrying crane girders for the Egyptian steel plant project
    Trucks carrying crane girders for the Egyptian steel plant project.
    Representatives beside a loaded crane shipment truck
    Representatives beside a loaded crane shipment truck.
    Dispatch ceremony for the Egyptian steel plant crane shipment
    Dispatch ceremony for the Egyptian steel plant crane shipment.

    Coordinate equipment with the installation sequence

    For a steel plant buying several crane types, procurement planning should identify each lifting duty, installation area, interface and required delivery sequence. Crane capacities, component scope, site installation and commissioning responsibilities need to be agreed for the specific order.

    Project representatives at the equipment dispatch ceremony
    Project representatives at the equipment dispatch ceremony.
    Crane shipment leaving the Henan Mine Crane factory gate
    Crane shipment leaving the Henan Mine Crane factory gate.

    Prepare a steel plant crane enquiry

    Send your crane schedule, load requirements, workshop layout and planned installation phases. We can discuss equipment configurations and the supply scope.

  • 600 t Double-Trolley Overhead Crane Installed for Marine Equipment Manufacturing

    600 t Double-Trolley Overhead Crane Installed for Marine Equipment Manufacturing

    Project Deliveries

    600 t Double-Trolley Overhead Crane Installed for Marine Equipment Manufacturing

    A 600 t double-girder overhead crane from Henan Mine Crane completed installation and trial operation at a marine equipment manufacturing base, ahead of production use.

    Double-trolley arrangement on the marine equipment overhead crane
    Double-trolley arrangement on the marine equipment overhead crane.

    Independent and coordinated trolley operation

    The crane uses two trolleys that can operate independently or together for large and elongated components. Variable-frequency drives and PLC control support controlled travel and load-dependent speed arrangements.

    600 t overhead crane lifting a large test load in a workshop
    600 t overhead crane lifting a large test load in a workshop.
    Crane trolley and access walkway inside the manufacturing hall
    Crane trolley and access walkway inside the manufacturing hall.

    Define the combined lifting arrangement

    A similar project needs the component geometry, centre of gravity, lifting points and required hook separation. The technical agreement should define coordinated movement, load limits, positioning requirements and the acceptance procedure for the proposed handling sequence.

    Crane control and camera monitoring screens
    Crane control and camera monitoring screens.
    Heavy-duty overhead cranes spanning the equipment manufacturing building
    Heavy-duty overhead cranes spanning the equipment manufacturing building.

    Review a large-component lifting study

    Send the component weights and dimensions, lifting-point drawing and workshop layout so the crane arrangement can be evaluated.

  • Crane Equipment Supports the Jimusar Cogeneration Project in Xinjiang

    Crane Equipment Supports the Jimusar Cogeneration Project in Xinjiang

    Project Deliveries

    Crane Equipment Supports the Jimusar Cogeneration Project in Xinjiang

    Henan Mine Crane equipment supported construction of the 2 × 350 MW cogeneration project in Jimusar County, Xinjiang. The MW figures describe the power plant units, rather than crane lifting capacity.

    Power plant crane positioning a large generator component
    Power plant crane positioning a large generator component.

    Controls for equipment handling

    The crane arrangements use variable-frequency speed control and PLC control for lifting and travel. The project required equipment suitable for heavy-component handling in a hot and dusty operating environment.

    Overhead crane above generator equipment at the Jimusar project
    Overhead crane above generator equipment at the Jimusar project.
    Project team gathered for the Unit 1 generator stator lift
    Project team gathered for the Unit 1 generator stator lift.

    Specify the site conditions and suspended load

    For a power plant enquiry, provide the actual lifted weights, lift path, clearances and installation sequence. Temperature, dust exposure and required protection measures should be confirmed for the particular equipment and location.

    Generator stator suspended beneath the power plant crane
    Generator stator suspended beneath the power plant crane.
    Generator equipment and lifting arrangement inside the powerhouse
    Generator equipment and lifting arrangement inside the powerhouse.

    Discuss your power plant crane

    Share the component load list, building drawing and operating conditions for the equipment proposal.

  • 600 t Low-Headroom Overhead Crane Supports a Pumped Storage Project

    600 t Low-Headroom Overhead Crane Supports a Pumped Storage Project

    Project Deliveries

    600 t Low-Headroom Overhead Crane Supports a Pumped Storage Project

    Henan Mine Crane supplied several crane types for a pumped storage power station project, including a 600 t overhead crane with a low-headroom structural arrangement.

    Heavy-duty overhead crane inside a power station hall
    Heavy-duty overhead crane inside a power station hall.

    Heavy lifting within a restricted envelope

    The 600 t crane uses variable-frequency control, coordinated double-hook lifting, sway control and digital monitoring. The low-headroom arrangement addresses the space available around the lifting equipment.

    Overhead crane above a deep construction shaft
    Overhead crane above a deep construction shaft.
    Low-headroom crane arrangement within a power station building
    Low-headroom crane arrangement within a power station building.
    Overhead crane in a finished auxiliary equipment room
    Overhead crane in a finished auxiliary equipment room.
    Smaller overhead crane serving an equipment room
    Smaller overhead crane serving an equipment room.

    Agree equipment interfaces and acceptance checks

    For a power station crane, specify the component weights, lifting points, hook spacing, required lift path and available clearances. Factory assembly checks, site testing and the handover documents should be agreed within the project scope.

    Double-hook hoisting arrangement on the power station crane
    Double-hook hoisting arrangement on the power station crane.
    Camera monitoring screen for crane operation
    Camera monitoring screen for crane operation.
    Overhead crane structure and access walkways in the powerhouse
    Overhead crane structure and access walkways in the powerhouse.

    Review a power station lifting requirement

    Share the maximum load, equipment dimensions, installation sequence and powerhouse drawing for a technical review.

  • More Than 100 Cranes Serve a Southeast Asian Steel Plant

    More Than 100 Cranes Serve a Southeast Asian Steel Plant

    Project Deliveries

    More Than 100 Cranes Serve a Southeast Asian Steel Plant

    More than 100 Henan Mine Crane units have been applied at a large steel plant in Southeast Asia, covering production, material transfer and scrap handling.

    Overhead crane and slab lifting attachment in a steel plant building
    Overhead crane and slab lifting attachment in a steel plant building.

    Different cranes for different steel plant duties

    The supply includes 160 t double-girder overhead cranes, slab-tong cranes and lower-rotating electromagnetic beam cranes. Double-girder, double-trolley gantry cranes serve the project’s port scrap yard.

    Magnetic-beam overhead crane above a steel processing area
    Magnetic-beam overhead crane above a steel processing area.
    Double-trolley gantry cranes in an outdoor material yard
    Double-trolley gantry cranes in an outdoor material yard.
    Overhead crane spanning a high-bay steel plant workshop
    Overhead crane spanning a high-bay steel plant workshop.

    Build a crane schedule around the process

    The equipment count is distinct from each crane’s rated capacity. For a comparable steel plant, list the load and lifting attachment required in each process area, the expected working cycle, environmental conditions and interfaces with production and yard operations.

    Overhead crane with a long lifting beam in a steel workshop
    Overhead crane with a long lifting beam in a steel workshop.
    Overhead cranes above rows of stored steel coils
    Overhead cranes above rows of stored steel coils.
    Crane trolley and electrical enclosure in an industrial workshop
    Crane trolley and electrical enclosure in an industrial workshop.

    Prepare your steel plant crane schedule

    Send the workshop and yard layouts, material types, load schedule and operating cycles so the equipment configuration can be reviewed.