December 25, 2024 – A high-performance engineering plastic product known as polyethylene outrigger pads has been making waves in the firefighting industry, emerging as a “stalwart assistant” for the support systems of large fire trucks. These pads have garnered widespread favor from fire departments thanks to their unique advantages.
Firstly, the polyethylene outrigger pads stand out for their exceptional load-bearing capacity. In the face of the immense weight of large fire trucks, these pads demonstrate remarkable support, effectively distributing the pressure exerted by the trucks on the ground and preventing surface collapse or deformation. Particularly on soft, wet, or uneven surfaces, the pads play a crucial stabilizing role, ensuring the stability of fire trucks during operations and significantly reducing the risk of tipping or rolling over.
Moreover, the polyethylene outrigger pads excel in slip resistance. In critical moments of emergency rescue, fire trucks need to reach the accident scene swiftly and accurately. However, complex ground conditions often pose challenges. Here, the anti-slip design of the pads comes into play, effectively preventing the trucks from sliding or tipping during use, thereby providing a safer environment for rescue operations.
According to AsiaMB’s Color Masterbatch Industry Network, the pads also boast outstanding wear resistance and corrosion resistance. During fire truck operations, the outrigger pads inevitably come into contact with various chemicals and harsh environments. However, the superior properties of polyethylene ensure that the pads maintain stable performance over long-term use, extending their service life.
Furthermore, compared to traditional metal pads, polyethylene outrigger pads have a significant advantage in terms of lightweight. In emergency rescue operations, every second counts. The lightweight pads are not only easy for firefighters to carry and install but also significantly reduce rescue time, enhancing efficiency. This portability brings more flexibility to rescue operations and effectively lightens the workload for firefighters.