Heavy Duty Composite Temporary Road Mats are large-format reusable panels designed to create temporary vehicle access across muddy ground, soft soil, wet areas, and demanding outdoor environments.
The reference size is approximately 6130 × 2130 × 88 mm. The mats feature a hollow structural design, overlap edges, and a raised traction surface for multi-panel temporary roadway installation.
Suitable for heavy vehicle access, equipment movement, oil and gas operations, mining areas, remote locations, and temporary outdoor routes, these composite mats provide a practical alternative to temporary steel plates and timber boards.
Heavy Duty Composite Temporary Road Mats are large-format temporary access panels designed to create stable vehicle routes across muddy ground, soft soil, wet areas, uneven surfaces, and other demanding outdoor environments. Manufactured from durable composite plastic material, these reusable mats provide a practical alternative to temporary steel plates, timber boards, and other short-term roadway materials.
The reference mat shown measures approximately 6130 mm long, 2130 mm wide, and 88 mm thick. This large 6.13 m × 2.13 m format provides broad ground coverage with fewer joints between neighboring panels. The mat uses a hollow internal structure together with an overlap connection design, helping create a continuous temporary access surface when multiple panels are installed in sequence.
The raised traction surface helps improve contact between the panel and vehicle tires, while the large dimensions make the system suitable for temporary access involving trucks, machinery, transport equipment, service vehicles, and other demanding traffic requirements.
Actual product performance depends on ground bearing strength, vehicle axle load, tire or track contact area, traffic frequency, turning movement, installation quality, connection condition, and the level of support beneath each panel. Correct ground preparation and mat installation are therefore important for reliable repeated use.
The following information provides a practical reference for the large-format temporary road mat shown:
The 6130 × 2130 × 88 mm large-format structure helps reduce the number of individual panels needed for a temporary roadway. Fewer panel joints can simplify route planning and provide a more continuous travel surface for vehicles and equipment.
The most suitable mat arrangement should always be selected according to actual vehicle dimensions, total weight, axle load, tire pressure, ground condition, traffic frequency, required road width, route length, and turning requirements.
These Heavy Duty Composite Temporary Road Mats are manufactured from tough composite plastic material intended for demanding temporary access applications.
Compared with conventional steel plates, composite plastic mats do not develop the same type of rust and corrosion problems when exposed to rain, mud, wet soil, or outdoor storage conditions.
Compared with temporary timber boards, composite mats are not affected by splintering in the same way and do not absorb water like traditional wood-based materials. This makes the panels suitable for repeated outdoor installation, removal, cleaning, transportation, and storage.
The composite structure is designed to provide a practical balance between strength, impact resistance, outdoor durability, and repeated usability.
The final service life depends on correct product selection, suitable supporting ground, proper installation, careful handling, regular inspection, and appropriate storage after use.
Explore our ground protection mats and industrial plastic solutions for additional temporary access products and engineering plastic materials.
The reference panel uses a hollow structural design. Instead of using a completely solid panel throughout the full 88 mm thickness, the engineered internal structure helps create a large-format temporary roadway mat suitable for demanding outdoor use.
A hollow structural design can help balance:
The actual internal design should be matched to expected traffic and operating conditions. For demanding vehicle applications, the condition of the supporting ground remains an important factor because the mat system works together with the surface beneath it.
Large unsupported holes, sharp objects, severe ground steps, and concentrated pressure points should be corrected before the panels are installed.
The edges of the panels use an overlap structure designed to help neighboring mats form a continuous temporary access route.
When several panels are installed in sequence, the overlapping edge arrangement can help:
The exact installation method depends on the final panel configuration and connection system. Before allowing heavy traffic onto the temporary route, all neighboring panels should be checked for correct alignment and secure positioning.
The top surface features a raised traction pattern designed to improve contact between the mat and vehicle tires.
This type of surface is particularly useful where temporary routes cross:
The traction pattern provides a more defined driving surface than a completely smooth plastic panel.
Actual traction can still be affected by mud accumulation, snow, ice, oil, steep slopes, tire condition, vehicle speed, and weather. The surface should therefore be inspected and cleaned when necessary.
The large 6.13 m × 2.13 m panel format covers a wide area with each mat. This helps reduce the number of individual panels required for long temporary access routes.
The approximately 88 mm overall thickness is designed for demanding temporary roadway applications where a larger structural profile is required.
The hollow internal structure helps create a large-format composite panel while balancing strength, dimensions, material use, and practical handling requirements.
The overlap edge design helps neighboring panels form a more continuous temporary route when several mats are installed together.
The textured upper surface helps improve tire contact compared with a completely smooth plastic panel.
The composite plastic construction does not rust in the same way as conventional steel road plates when exposed to wet ground, mud, rain, or outdoor storage conditions.
After completing an application, the panels can be removed, inspected, transported, stored, and installed again depending on their condition.
The mats can be used to create temporary vehicle routes where the existing surface is not suitable for repeated direct traffic.
Repeated vehicle movement across muddy surfaces can create deep ruts and unstable access conditions. Large-format mats provide a more defined temporary driving surface.
For applications involving soft or wet ground, suitable mat systems can help create temporary access routes when the supporting surface and installation method are properly evaluated.
Temporary access may be required for vehicles, equipment, maintenance operations, and material transportation in remote outdoor locations.
Large-format temporary road mats can support access planning for vehicles and machinery in demanding outdoor environments, subject to actual ground and load conditions.
The mats can be considered for temporary routes used by machinery and equipment when the correct ground preparation and panel configuration are selected.
Temporary routes can provide vehicle and equipment access to areas without permanent paved roads.
Large-format composite mats can help create temporary access in areas where constructing a permanent road is unnecessary or impractical.
The 6130 × 2130 × 88 mm format provides several practical advantages for large temporary access routes.
Each panel covers approximately 13 square metres before allowing for overlap and connection arrangements. This broad coverage can reduce the total number of mats needed compared with smaller temporary access panels.
A longer panel can also reduce the number of transverse joints along a route. This may simplify large-scale installation planning where long vehicle access paths are required.
The 2130 mm width provides substantial coverage for temporary traffic routes, while multiple rows can be arranged side by side where a wider road or temporary working area is required.
The 88 mm structural thickness is significantly greater than lightweight ground protection sheets, making this type of panel more suitable for demanding large-format temporary roadway systems.
The required layout depends on the type of traffic using the route.
Important planning factors include:
A single row of panels may be suitable for certain controlled vehicle routes. Wider access areas may require multiple rows of panels installed side by side.
Turning areas often experience higher lateral forces than straight travel sections. Additional attention should therefore be given to panel alignment, support, and route width where vehicles turn or change direction.
The performance of Heavy Duty Composite Temporary Road Mats depends heavily on the supporting ground beneath the panels.
Before installation:
Large sharp objects can create concentrated pressure beneath the panel. Severe unsupported areas may also reduce the effectiveness of load distribution.
Better support across the entire panel generally improves route stability and overall mat performance.
Position the first mat according to the required vehicle travel direction.
Place the next panel in alignment and connect or overlap neighboring sections according to the selected mat design.
Continue installing panels until the required route length is reached. Where additional width is required, install additional rows side by side.
Before allowing traffic onto the temporary route, inspect:
The route should also be inspected during use, particularly after repeated traffic, severe weather, or significant changes in ground condition.
Temporary road mat performance cannot be evaluated only by the total vehicle weight.
Important factors include:
A vehicle moving slowly in a straight line on stable ground creates different forces from the same vehicle turning sharply on extremely soft soil.
For demanding applications, actual site conditions should be evaluated before selecting the temporary road mat layout.
Large-format 6130 × 2130 × 88 mm panels require appropriate handling procedures and suitable equipment during transportation, unloading, positioning, and removal.
Before reuse, inspect each panel for:
Excessive mud and debris should be removed when necessary. Clean connection areas can make future installation easier.
During storage, the mats should be placed on a stable supporting surface and stacked in an organized manner according to suitable handling requirements.
Heavy Duty Composite Temporary Road Mats combine large 6130 × 2130 × 88 mm dimensions, a hollow structural design, overlap connection edges, a raised traction surface, corrosion-resistant composite construction, and reusable installation capability.
Compared with temporary timber boards, the composite panels provide a more durable solution for repeated outdoor access. Compared with conventional steel road plates, the plastic composite construction does not rust and can provide practical advantages for temporary roadway systems.
The large-format panels can be used to create access routes for vehicles, machinery, equipment transport, maintenance operations, oil and gas activities, mining access, soft ground areas, and other demanding outdoor applications.
For general information about internationally recognized material and performance testing methods, refer to ASTM International.
With suitable ground preparation, correct installation, appropriate route planning, regular inspection, and proper handling, these mats provide a reusable solution for temporary vehicle access and large-scale ground protection.
Check drawings for full specifications and confirm materials according to service conditions to prevent product defects.
Inspect all key processing steps and fully verify dimensions, holes, grooves and fitting surfaces.
Deburr, chamfer and clean products for easy installation. Ensure uniform quality among batch products.
Choose appropriate packaging solutions based on product features to protect goods from collision, deformation and mixing during transit.
Unlike metal parts, engineering plastic components still require strict control over dimensions, holes, edges, surface, materials and assembly performance for equipment use.
Engineering plastic parts suit friction, guide, support, buffer, anti-corrosion and insulation areas. We supply UHMWPE, POM, PA, PP/PE components for conveyor, food, mining, machinery, chemical and cable systems, with custom OEM service available.
Stay updated with our latest industry insights, company updates and featured articles.
Engineering plastics are increasingly used in industrial machinery, automated production lines, conveyor systems, packaging equipment, and food-processing machines. Materials such as nylon, UHMWPE, POM, and
Both are lightweight, corrosion-resistant, wear-resistant, and suitable for CNC machining. However, they perform very differently
Wear is a common cause of failure in conveyor systems, packaging machinery, automated equipment, mining
CNC machining is widely used to produce plastic prototypes, low-volume parts, replacement components, jigs, fixtures,
Both are lightweight, corrosion-resistant, wear-resistant, and suitable for CNC machining. However, they perform very differently
Wear is a common cause of failure in conveyor systems, packaging machinery, automated equipment, mining
CNC machining is widely used to produce plastic prototypes, low-volume parts, replacement components, jigs, fixtures,
Need UHMWPE sheets & custom plastic machined/OEM parts？Send specs & material needs, free quote within 24h.
