3T Winch, 14-inch Integrated Slewing Ring, 3-Section 3-meter Boom (with Rope Return), 360° Continuous Rotation (Central Swivel Joint), Luffing Hydraulic Cylinder, Dual-Direction Operation, Two Hydraulic Outriggers
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3T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.
Basic Components:
Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.
Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).
Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.
Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
Category: Crane BoomOpen full product page3T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability. -
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6T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.
Basic Components:
Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.
Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).
Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.
Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
Category: Crane BoomOpen full product pagewinch, 17-inch integrated rotary plate, 3.5m 4-section arm (return rope), 360″ continuous rotation (center joint), vertical top luffing cylinder, two-way downward operation, two frame legs
6T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability. -
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8T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.
Basic Components:
Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.
Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).
Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.
Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
Category: Crane BoomOpen full product page8T winch, 19-inch integrated rotary plate, 4 meters 4 sections 0 arm (return arm rope), 360° continuous rotation (center joint), vertical top luffing cylinder, upper operation/two-way downward operation, two frame legs
8T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability. -
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10T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.
Basic Components:
Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.
Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).
Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.
Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
Category: Crane BoomOpen full product page10T winch, 21-inch integrated rotary disc (900 internal chainring), 4.5 m 5 sections (return rope), 360 continuous rotation (center joint), vertical luffing cylinder, upper operation, two double-section frame hydraulic outriggers
10T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability. -
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12T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.
Basic Components:
Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.
Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).
Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.
Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
Category: Crane BoomOpen full product page12T winch, 1000m thickened rotary plate, 5m 4-section arm (return arm rope), two-stage planetary reducer, 360° continuous rotation (center joint), vertical luffing cylinder, upper operation, the first two double-section frame hydraulic outriggers, the rear two single-section outriggers
12T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability. -
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14T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane’s lifting capacity, working radius, and applicable scenarios.
Basic Components:
Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity.
Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction).
Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension.
Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
Category: Crane BoomOpen full product page14T winch, 1200m thickened rotary plate, 5m 5-section single-board inner rope arm, double two-stage planetary reducer, 360° continuous rotation (center joint), vertical luffing cylinder, upper operation, the first two double-section frame hydraulic legs, the last two single-section support services
14T Boom
The boom is the core component of lifting equipment (such as truck cranes, crawler cranes, marine cranes, knuckle boom cranes, etc.), enabling cargo lifting and positioning through telescoping, slewing, or folding. Its design directly affects the crane's lifting capacity, working radius, and applicable scenarios. Basic Components: Main Boom: The foundational support structure, typically designed as a box-type or truss configuration, providing the primary load-bearing capacity. Jib (Optional): Attached to the top of the main boom to extend the working radius or increase lifting height, suitable for specialized operations (e.g., high-rise building construction). Telescoping Mechanism: Adjusts boom length via hydraulic or mechanical transmission, with some booms supporting multi-stage synchronous extension. Connection Joints: Utilize high-strength bolts or pin connections to ensure structural stability.
















