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The Lifting Beam + chain combination makes lifting bundles of steel bars “stable, accurate and fast”

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Look at this scene! Chained lifting beams securely hold bundles of long rebar, operating efficiently in a work area that connects indoors and outdoors. The beams distribute the load, ensuring balanced lifting of bundles without tilting or loosening. The chains, with their combined flexibility and load-bearing properties, adapt to the long shape of the rebar while firmly "locking" the load. This ensures smooth lifting and precise transfer of even large, heavy bundles.

Product Introduction

Look at this scene! Chained lifting beams securely hold bundles of long rebar, operating efficiently in a work area that connects indoors and outdoors. The beams distribute the load, ensuring balanced lifting of bundles without tilting or loosening. The chains, with their combined flexibility and load-bearing properties, adapt to the long shape of the rebar while firmly "locking" the load. This ensures smooth lifting and precise transfer of even large, heavy bundles.

1. Superior Load-Carrying Capacity and Durability
The chain is made of high-strength alloy steel (such as Grade 80/100 alloy steel), boasting a tensile strength far exceeding that of ordinary steel. It can stably support bundles of heavy rebar. It is also resistant to wear, high temperatures, and chemical corrosion. Under the harsh working conditions of steel mills and prefabrication yards, wear and tear can be easily detected visually. Its service life is significantly longer than that of rigging such as wire rope, significantly reducing replacement frequency and costs.
2. Flexible Adaptability to Multiple Scenarios
The chain length can be flexibly adjusted by adding or removing links and using adjusters. The combination of a lifting beam and chain can accommodate rebar bundles of varying weights and lengths. Flexible configurations can also be tailored to suit lifting angles (e.g., adjusting the spacing of multi-leg chains) and operating scenarios (unloading, in-plant transfer, or loading and unloading), enabling "one set of rigging serves as multiple sets" with exceptional cost-effectiveness. 3. Safety, Stability, and Risk Prevention
A dual-chain (or multi-chain) linkage design (e.g., mechanical synchronized operation technology) ensures more balanced force distribution on bundled rebar, preventing skewing or loosening during lifting.
The chain's welded links have a predictable wear pattern, making routine inspections easier to detect potential hazards.
The braking system (e.g., a friction clutch + brake combination) prevents the load from falling when stationary, preventing the risk of accidental slippage.
4. Efficient Operation + Low Maintenance
The lifting speed supports multi-stage or stepless adjustment (e.g., some chain hoists can reach a lifting speed of 24m/min). Combined with gantry cranes and other equipment, this significantly improves the efficiency of rebar loading, unloading, and transport.
The lifting device's simple structure, gearbox, and brakes offer long-term maintenance-free operation (some models can last up to 5-10 years). Only regular inspection of chain link wear is required, significantly reducing downtime for maintenance. 5. Comprehensive Coverage

It can adapt to indoor and outdoor connection operations (such as factory and railway unloading) and a wide temperature range (-20°C to +45°C or even higher). It is widely used in steel structure processing, prefabricated building construction, petrochemical plants, heavy-duty warehousing, and other fields for rebar circulation operations.

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