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Maintaining the integrity of a warehouse floor is critical to ensuring smooth operations and worker safety. Over time, heavy machinery, constant traffic, and environmental factors can lead to cracks and uneven surfaces. Fortunately, HMI offers a robust solution with their advanced polyurethane concrete repair systems, designed to restore your warehouse floor to its optimal condition.
Warehouse floors are subjected to a unique set of challenges:
Forklifts and other heavy machinery can cause significant wear and tear.
Daily operations involve continuous movement, leading to gradual degradation.
Temperature fluctuations and moisture can exacerbate concrete damage.
These factors can lead to safety hazards and operational inefficiencies if not addressed promptly.
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In 2 days, we teach you everything you need to know to start your own concrete raising company!
HMI specializes in using polyurethane for concrete repairs, offering numerous advantages over traditional methods:
Polyurethane sets quickly, minimizing downtime.
It provides a long-lasting solution that withstands heavy loads and traffic.
Polyurethane can expand and contract with temperature changes, reducing the likelihood of future cracks.
What sets HMI apart is their use of state-of-the-art polyurethane equipment and specialized truck systems. These innovations ensure precise application and efficient repairs, tailored to the specific needs of warehouse floors.
Choosing HMI equipment for your warehouse concrete repair needs offers several key benefits:
In conclusion, if your warehouse floor is showing signs of wear, HMI’s polyurethane concrete repair systems provide a reliable and efficient solution. Contact HMI today to learn more about how their advanced technology can help you maintain a safe and productive warehouse environment.
There were approximately 160 feet of rail that needed to be lifted as much as 2”. The concrete lifting contractor used HMI HF402 hydro insensitive foam on this project to raise the track and stabilize the substrate. Besides filling voids and solidifying the loose soil, if there is water present, HF 402 will displace the water and create a stable base for the track to sit on.
During the process, the rails are monitored closely using a rotary laser level. This monitoring assures that “over lift” does not occur. The contractor completed this in one day, saving the railway company thousands and more importantly avoiding a shut down.
When railroad service roads are used, railway work can be performed up to 250’ away from the Polyurethane system causing minimal interruption to rail traffic. When a train has to pass through the work site the equipment can be removed and the track cleared in under 10 minutes.
When polyurethane systems are in place the work site could be cleared and the systems are mobilized in under 15 minutes.
HMI Polyurethane systems can be equipped with both laser levels as well as water levels allowing for the monitoring of any movement of the rails.
4466 Custer Street
Manitowoc, WI 54220