About Caloundra Concrete Pumping

You can be confident with Caloundra Concrete Pumping as our main goal is customer satisfaction.

Locally Owned, Locally Operated by Brad Hughes and his team. Going strong for over 18 years. From Gympie to the Gold Coast.

Brad started in 1997 with one small pump. The business has grown to more than 20 staff servicing the region. With projects spanning; residential, domestic, civil, commercial, industrial, and infrastructure.

You can rely on our service representatives. They are ready, willing, and able to answer your enquiries. You can expect friendly, reliable recommendations.

  • Locally Owned
  • Locally Operated
  • 18 years in Operation
  • Friendly Experts
  • Reliable

Our Commitment

To provide you with the best possible service. with experienced and reliable operators.

You can be confident that our Pumps and Vehicles are well maintained. They are regularly serviced and inspected to meet strict safety regulations.

Safety policy requires Australian Safety Standards & Safe Work Method statements to be carried out on all projects as well as daily checklists ensuring your job site complies with all OH&S regulations.

  • Well Maintained
  • Regularly Serviced
  • Safety Standards Met
  • OH&S Compliant

Our Operators

All of our Concrete Pump Operators and Hose Men are trained to the highest industry standards and all hold current compliance certification.

Why Us

 

  • Largest Pumps in QLD
  • Telescopic Pumps Available
  • GPS Tracked

Advantages of Using Concrete Pumps

  • Pumping placement is faster than placement by other methods.
  • Pumped concrete can be placed in areas that are difficult or impossible to reach by other placement methods.
  • Pumping often results in a savings in manpower and equipment cost and cycle time.
  • Pumping can take place under any weather conditions, including rain, since the concrete is protected from the elements during transport to the placement area.
  • Pumping can be used when the space available for construction equipment is limited.
  • Pumping concrete frees cranes and hoists for other construction operations, such as delivering materials.
  • Pumped concrete can be easier to handle because the flow of concrete is directed to the exact spot of placement (whereas cranes and conveyors deposit large piles of concrete that must be moved manually).
  • Few obstacles can block a concrete pumping pipeline. Pipelines can corner sharply, pass through narrow spaces, travel over or under walls, etc.
  • A continuous supply of pumped concrete can help set a steady work pace for the placement crew, thereby increasing productivity.
  • A contractor can vary the placement speed or add lines to fit the pace of the job.
    Flow of concrete remains steady and controlled.
  • Pumping concrete allows a contractor to place floor slabs on upper floors before completing the concrete work on lower floors. This provides protection from weather when working on lower floors.
  • For large pours, multiple pumps can be set up, allowing several trucks to discharge at the same time.
  • Effective pumping distances range up 400 metres horizontally, and 200 metres vertically.

Concrete Mix Design for Concrete Pumps

  • The concrete mix design must be correctly proportioned so that the concrete will flow easily and uniformly through the pipe. The pipeline diameter should be 3-1/2 to 4 times greater than the maximum aggregate size for pumped concrete. This helps ensure that the pipeline will not become clogged.
  • Another factor in mix design is the slump of the pumped concrete. A higher slump will cause concrete to flow more readily, making the concrete easier to pump. However, an excessively high slump can cause the concrete to separate, resulting in blockages in the pump or line.
  • Pumpable concrete can be pushed under pressure through a pipeline as a cylinder, separate from the pipeline wall by a lubricating layer of water, cement, and sand (mortar). A concrete mix must be such that the concrete can pass through reducers in the pipeline system, and can go around bends in the line. In order to obtain this type of pumpability, the mix must be dense, cohesive, and have sufficient mortar. (Mortar required depends on the line size, efficiency of concrete pump, and pressure available for pumping concrete).

Concrete Pump Location

  • The most important consideration relating to pump location is pump accessibility.
  • Ideally, space for two concrete trucks – one unloading and one ready to unload – should be provided at the pump hopper.
  • Usually, pumps should be located as closely as possible to the area to be concreted last.

Your Concrete Pumping solution . Talk to an expert today. 07-5491 2349

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