Products Description

The flat-top tower crane is a popular choice for complicated construction situations like building construction, bridges, stadiums, and hydropower projects because of its small size, lack of a tower cap, and modular high-strength steel structure, which provide excellent impact resistance and high component interchangeability. It combines adaptability, efficiency, and dependability to serve as a fundamental piece of heavy-lifting equipment in contemporary construction.

The flat-top tower crane adopts advanced structural design and reliable control systems, offering strong load capacity, precise positioning, and stable performance even under complex construction conditions. It is an ideal choice for contractors requiring high efficiency, safety, and flexibility on professional job sites.

Core Structure and Performance Advantages

Core Structural Components

01.

Flat-Top Jib Structure

The design adopts a flat-top without a tower cap, eliminating the traditional tower head structure, which makes the connection of the lifting arm more straightforward and reduces the overall height requirement.
Advantages:
Suitable for urban construction with limited space
Less interference when multiple tower cranes operate simultaneously
Faster installation and dismantling speed
Easier transportation and storage

02.

High-Strength Mast Section

The modular standard section structure is made of high-quality steel and is connected by high-strength bolts, ensuring the overall stability of the tower body.
Advantages:
High load-bearing capacity, meeting the requirements of high-rise construction
Modular design, facilitating transportation and rapid installation
Standard section quantity can be increased according to the project height
Excellent wind resistance and fatigue resistance performance

03 Slewing System

The high-performance rotation system offers smooth and precise 360° rotation capabilities, enabling coverage of large construction areas.
Advantages:
The rotation operation is smooth, reducing the shaking during lifting.
Precisely control the lifting position.
Improve construction efficiency.
Suitable for continuous high-intensity work.

04 Hoisting Mechanism

By using high-efficiency motors, reducers and hoisting systems, stable power is provided for the lifting of heavy materials.
Advantages:
Strong lifting capacity
Multiple speed control options
Reduce energy consumption and enhance work efficiency
Meet the lifting requirements for heavy objects such as steel structures and concrete components

05 Luffing / Trolley System

By horizontally moving the trolley to adjust the position of the load, a wide range of precise coverage can be achieved.
Advantages:
The working radius has a wide coverage range.
The positioning accuracy is high.
It reduces repetitive lifting operations and improves construction efficiency.