Lower Hanger

Working Principle

The electric hoist body is suspended on the upper truss, with the lower hook attached to the lower truss. The end of the chain is fixed to the wall hanging point. By circulating the chain, the electric hoist can move freely, achieving synchronized lifting of the entire frame.

Key Advantages

Rational structure ensures even load distribution and stable lifting.

Easy to install and maintain, improving construction efficiency.

Enhances high-altitude work safety, supporting green, energy-saving construction practices.

All-Steel Fabricated Self-Climbing Scaffold System

Product Features

The system utilizes a full-steel modular structure, replacing traditional tube-and-coupler scaffolding. Steel frames substitute pipes, expanded metal replaces dense mesh nets, and formed steel walkway boards replace traditional wood and bamboo boards, greatly improving the safety, stability, and aesthetic appeal of the scaffold system.

Installation Sequence (Brief)

Assemble base platform, erect vertical posts, install auxiliary braces;

Build platforms for multiple floors, mount guide rails, and set up support frames;

Install safety screens, formworks, and pour concrete;

Install lower hanger, electric hoist, and load sensors;

Activate the synchronous control system to lift the entire structure.

Main Advantages

Labor Savings: 40%-60% labor cost reduction;

Efficiency Improvement: Single assembly at the base with continuous climbing, no tower crane needed;

Comprehensive Protection: Anti-falling, anti-tilting, and guiding functions integrated;

Smart Control: Remote operation with real-time monitoring and overload alarm;

Eco-Friendly: Supports low-carbon, sustainable construction practices;

Extra Revenue: Metal screens serve as advertising platforms.