The UHMWPE (Ultra High Molecular Weight Polyethylene) ground mat, with dimensions of 4000*2000*80mm(i.e., 4 meters in length, 2 meters in width, and 8 centimeters in thickness), is a large,
extra-thick, high-performance temporary floor covering material specifically designed for extremely harsh and high-load-bearing environments.
1. Temporary access roads and work platforms for super-heavy equipment
Large construction machinery access: Provides sturdy temporary roads for cranes, pump trucks, excavators, transport trucks, etc. on soft and muddy sites to prevent
vehicle subsidence. The 8-centimeter thickness can greatly disperse pressure and protect underground pipelines or lawns.
Establishment of large-scale event facilities: such as the passage areas for heavy-duty stage equipment and LED screen transport vehicles during music festivals and
competitions.
2. Extremely harsh ground conditions
Deep muddy ground, marshland, and mudflat: In situations where conventional pads would break or sink, the extremely high wear resistance and low friction
coefficient of UHMWPE allow equipment to pass through easily.
Construction site covered in snow and ice: Provides a slip-resistant and stable foundation.
Uneven gravel and sandy terrain: Level the surface to protect tires and tracks.
3. Situations where ground protection is highly required
Municipal engineering and landscape protection: When laying on delicate pavements such as asphalt, marble, epoxy flooring, or grass, it protects the ground from
being damaged or scratched by heavy equipment.
Emergency access for disaster relief: It can be quickly established after floods or earthquakes to facilitate the entry of rescue vehicles.
4. Special industrial environment
Temporary storage yard at ports and docks: used for temporary stacking of containers or moving of heavy equipment.
Oil and gas field and mine exploration: Provide a stable foundation for equipment in field operation areas.
Wind power project: used for the lifting site of wind turbines, capable of supporting giant cranes.
