Construction road mats, also known as ground protection mats or temporary access mats, are essential for creating safe and stable surfaces on construction sites. Choosing the right mats can save time, reduce equipment damage, and protect the environment. This guide will help you make informed decisions when selecting construction road mats.
|
|
Before choosing a road mat, it’s important to know why you need it. Common purposes include:
Protecting the ground: Preventing damage to grass, soil, or sensitive surfaces.
Providing access: Creating stable pathways for heavy machinery like cranes, excavators, and trucks.
Safety: Reducing the risk of equipment tipping or workers slipping on uneven terrain.
Environmental protection: Minimizing soil compaction and erosion in wetlands or construction zones.
Different construction projects require mats that can support varying weights. Consider:
Equipment weight: Identify the heaviest machinery that will pass over the mat.
Ground bearing capacity: Softer soils require thicker or stronger mats to distribute weight.
Frequency of use: High-traffic sites need durable mats that withstand repeated loads.
Tip: Always calculate the Ground Bearing Pressure (GBP) and ensure it is below the soil’s allowable capacity.
Construction road mats are typically made from:
HDPE (High-Density Polyethylene): Lightweight, strong, resistant to moisture and chemicals. Ideal for temporary access over soft or wet ground.
UHMWPE (Ultra-High Molecular Weight Polyethylene): Even stronger and more durable than HDPE, suitable for heavy-duty machinery.
Composite/pressed wood: Traditional option, heavier and less durable, may rot over time.
Tip: Plastic mats (HDPE/UHMWPE) are preferred for repeated use, easy cleaning, and longer service life.
Standard sizes: Mats usually range from 2m x 1m (6.5ft x 3ft) to 3m x 2.5m (10ft x 8ft).
Thickness: Thicker mats provide better weight distribution and durability. Common thicknesses are 15mm to 50mm, depending on soil and load requirements.
Tip: For heavy machinery on soft soils, opt for thicker mats or reinforced interlocking systems.
The surface of the mat affects safety and performance:
Smooth surface: Easier to clean, but may be slippery in wet conditions.
Textured or anti-slip surface: Provides better traction for machinery and workers.
Drainage holes: Useful in muddy or wet environments to prevent water pooling.
Interlocking mats: Connect securely to form long pathways, reducing gaps and improving stability.
Single mats: Easier to transport and position but may shift under heavy loads.
Tip: Interlocking systems are ideal for high-traffic areas and crane outrigger setups.
Consider how easy it is to transport and store the mats:
Lightweight mats can be moved by forklift or crane.
Stackable designs save storage space.
Modular systems allow flexible configuration on different sites.
While cheaper mats may save money upfront, consider long-term use:
Durable plastic mats have a longer lifespan than wooden mats.
Some manufacturers offer warranties of 1–3 years.
Investing in quality mats reduces the risk of equipment damage and site delays.
Reusable mats minimize environmental impact.
Some mats are made from recycled HDPE, combining sustainability with strength.
Ensure mats do not leach harmful chemicals into the soil.
When selecting a supplier, consider:
Product quality and certifications
Customization options (size, color, logo)
Delivery and logistics support
Technical advice for load calculation and installation
Contact for more information : jayda@abosn.com Whatsapp : +86 18742575193
