Uses of a Static Concrete Placing Boom in Concrete Placement

Concrete construction often demands precision, reach, and efficiency. On complex building sites where accessibility is limited, a static concrete placing boom offers a reliable solution for delivering concrete exactly where it’s needed, even in the most challenging locations.

·         A static concrete placing boom is a mechanical arm fixed in position, designed to distribute concrete from a pump to precise points within a construction site.

·         Unlike mobile booms or truck-mounted pumps, it remains anchored on a fixed base, making it ideal for sites with restricted movement or where concrete must be poured over long periods.

How Does a Static Concrete Placing Boom Work?

The system connects to a concrete pump via steel delivery pipes. Once the concrete reaches the boom, the arm, usually operated remotely, rotates and extends to place the concrete accurately. With multiple joints, the boom can move vertically and horizontally, allowing concrete to be placed at significant heights or deep within confined structures.

Operators can control the flow rate and direction, ensuring smooth and even distribution without manual handling. This precision helps reduce waste, prevent segregation, and improve overall finish quality.

Ideal for Hard-to-Reach and Awkward Areas

Static placing booms excel in locations where traditional concrete delivery methods struggle. Multi-storey buildings, tunnels, foundations, and large industrial sites all benefit from their ability to bypass obstructions. When installed on upper floors or mounted on formwork, the boom provides continuous reach across wide or elevated areas without repositioning equipment.

This makes them particularly useful for projects with repetitive concrete pours, such as high-rise cores and bridge pylons, where consistency and access are critical.

Efficiency and Safety Benefits

Using a static placing boom enhances site safety by reducing manual labour and minimising the need for workers to handle heavy concrete hoses. It also cuts down on equipment movement, improving workflow efficiency. The result is faster, cleaner, and safer concrete placement,  a clear advantage for any demanding construction project.