Views: 0 Author: Site Editor Publish Time: 2024-12-02 Origin: Site
Construction Sites
Heavy Machinery Paths: In construction areas where heavy machinery like cranes and bulldozers frequently operate, the ground protection mats must have a high load-bearing capacity. Mats with a single-point load-bearing capacity of at least 5 - 10 tons are preferred. They should also be thick, typically in the range of 30 - 50mm, and have a relatively high hardness, around 70 - 90 Shore D. This is because these areas endure significant pressure and need to withstand the abrasion and scratching caused by the machinery.
Material Storage and Personnel Activity Areas: For areas where construction materials are stored or where personnel move around frequently, such as workers' rest areas and material processing areas, the load-bearing requirements are relatively lower, usually 1 - 3 tons. Mats with a thickness of about 10 - 20mm and a moderate hardness of 50 - 70 Shore D can be chosen. These mats can provide a certain level of slip resistance and cushioning to prevent workers from slipping and protect the ground from minor damage caused by materials.
Outdoor Event Venues
Sports Event Fields: In outdoor sports event venues like football and rugby fields where the mats are used to protect the lawn, flexibility, appropriate thickness (10 - 20mm), and a high slip resistance coefficient (0.6 - 0.8) should be considered. This way, the mats can protect the lawn while providing good traction for athletes, reducing the risk of slipping and injury.
Stage Areas of Outdoor Performances: Since stage equipment is heavy in outdoor performance areas, mats with a higher load-bearing capacity (3 - 8 tons), a thickness of around 20 - 30mm, and good abrasion and puncture resistance are required. This helps prevent the ground from being damaged by the equipment during stage setup and by accidentally dropped items during the performance.
Audience Areas of Outdoor Music Festivals: In the audience areas of outdoor music festivals, slip resistance and comfort are important factors. Mats with a thickness of 10 - 15mm, a relatively low hardness (30 - 50 Shore D), and a slip resistance coefficient of 0.5 - 0.7 can be selected. These mats can prevent the audience from slipping and provide a certain level of cushioning for a more comfortable standing or walking experience.
Industrial Production Workshops
Logistics Paths in Factories: In the logistics paths of factory workshops, especially where forklifts and pallet trucks operate frequently, the abrasion resistance of the mats is crucial. Mats with a high abrasion coefficient (300 - 500mg), a thickness of 10 - 20mm, and a relatively high hardness (60 - 80 Shore D) should be chosen. This can effectively reduce the wear and tear on the ground caused by vehicles and also lower the noise generated during vehicle operation.
Equipment Installation and Maintenance Areas: In equipment installation and maintenance areas in industrial facilities, the selection depends on the weight of the equipment and the operation methods. For large equipment, mats with a high load-bearing capacity (5 - 10 tons), a thickness of 30 - 50mm, and strong puncture resistance are needed to prevent the ground from being damaged by the equipment and tools.
Density
Mats with a higher density (0.94 - 0.96 g/cm³) usually have better strength and are more suitable for scenarios that require withstanding large pressures, such as heavy machinery paths on construction sites and areas with heavy equipment in industrial workshops. However, a higher density also means the mats are heavier, which may make installation and transportation more cumbersome.
Mats with a lower density (0.91 - 0.93 g/cm³) are relatively lighter, making them easier to handle and install. They are suitable for scenarios where the strength requirement is not extremely high but where the mats need to be moved or replaced frequently, such as some small outdoor event venues or temporary exhibition areas.
Abrasion Resistance
Mats with a high abrasion coefficient (300 - 500mg) are suitable for areas where vehicles and personnel move around frequently, such as factory workshop paths and construction site transport roads. These areas subject the mats to constant friction, and a high abrasion coefficient ensures a longer service life.
For scenarios with a lower usage frequency, such as outdoor venues that host events only occasionally, mats with an abrasion coefficient of 100 - 300mg may be sufficient to meet the requirements while also reducing costs.
Chemical Resistance
In industrial environments where contact with acidic or alkaline substances is possible, it is necessary to choose mats that can resist the corresponding chemical substances. For example, in chemical factory workshops, mats that can resist the erosion of acidic and alkaline solutions with a pH value between 4 and 9 are required to ensure that they are not corroded and damaged in the presence of chemical substances.
Thickness
Thick mats (30 - 50mm) provide stronger cushioning and compressive resistance, suitable for scenarios where heavy equipment operates or where large impact forces are endured, such as under cranes on construction sites or in the installation area of large pressure equipment in industrial workshops.
Thinner mats (5 - 10mm) are suitable for scenarios where the ground protection requirements are not extremely high and are mainly used for slip resistance and simple abrasion prevention, such as indoor small event venues and office temporary passages.
Length and Width
The selection of the length and width of the mats should be based on the actual size of the usage site. For large areas such as large construction site passages or audience areas of outdoor performance venues, longer (5 - 10m) and wider (1 - 2m) mats can be chosen to reduce the number of splicing operations and improve the laying efficiency.
For irregularly shaped or smaller areas such as building corners and small equipment maintenance areas, smaller-sized mats (length 1 - 3m, width 0.5 - 1m) can be selected for easy cutting and splicing to better adapt to the shape of the site.
