In the world of lifting, spreader bars, also known as spreader beams or lifting beams, are the unsung heroes that enhance safety and efficiency. These versatile tools extend your lifting capabilities, allowing you to securely handle a wider range of loads.

Imagine a robust horizontal bar – that's the essence of a spreader bar. This bar is typically made from steel beam sections, but can also be fabricated from hollow structural shapes or even pipes (see Figure E). By incorporating spreader bars into your lifting operation, you gain several key advantages:

Let's explore some common spreader bar applications:

Basic Arrangement (Figure A): This is the most common setup, providing two attachment points for the load. This doubles the lifting points compared to a single pick point, promoting safety and stability.

Opposite Configuration (Figure B): Less frequently used, this configuration positions the spreader bar attachment points on the bottom. It might be suitable for lifting a long object with two cranes.

Lifting Irregular Shapes (Figure C): Spreader bars can be customized to accommodate irregularly shaped loads, ensuring a secure and balanced lift.

Multiple Pick Points (Figure D): For highly flexible loads, spreader bars can be designed to create multiple pick points, preventing the load from deforming or becoming damaged during lifting.

While solid steel beam sections are a popular choice, spreader bars can also be constructed from:

Spreader bars are a valuable asset for any lifting operation. By understanding their capabilities and configurations, you can leverage their versatility to ensure safe, efficient, and controlled lifts for a wide range of loads.