Custom HDPE Anti-Slip Road Mat

HDPE Anti-Slip Road Mat

1. Material Characteristics

1. Wear Resistance
   • HDPE anti-slip road mats exhibit exceptional wear resistance. Their unique molecular structure provides strong resistance to sliding friction, with wear resistance 6.6 times that of carbon steel, 5.5 times that of stainless steel, 27.3 times that of brass, 17.9 times that of phenolic resin, and 5 times that of nylon.
2. Impact Resistance
   • Among existing engineering plastics, HDPE products have high impact toughness. According to the GB1843 standard for cantilever beam impact testing, they achieve no failure. Unlike many materials that crack, break, or fatigue under severe or repeated impact, HDPE remains intact.
3. Chemical Corrosion Resistance
   • These mats have excellent chemical corrosion resistance, adapting to various chemical environments.
4. Low Friction Coefficient
   • Due to their wax-like quality, they have a friction coefficient of only 0.219 MN/m (196N, 2 hours, GB3960), offering excellent self-lubrication. Their sliding performance surpasses oil-lubricated steel and brass. In harsh environments with dust or sand, their dry lubrication properties shine, enabling smooth movement while protecting related components from wear or damage.
5. Non-Adhesive Surface
   • With a low friction coefficient and non-polar properties, they have excellent non-adhesive surfaces. Unlike most materials that scale in media with a pH above 9, these mats do not.
6. Other Characteristics
   • They also feature energy absorption, noise reduction, anti-static properties, neutron shielding capability, low water absorption (6%), light weight, good weather resistance, easy machinability, and colorability.

2. Physical Characteristics

1. Anti-Slip Property
   • The surface is typically designed with anti-slip patterns, such as herringbone patterns, to increase friction, preventing vehicles and personnel from slipping on wet or uneven surfaces, thus enhancing construction safety.
2. Load-Bearing Capacity
   • They have high load-bearing capacity, varying by product. Some can support up to 180 tons, while others can bear 40 to 200 tons per square meter.
3. Lightweight
   • Lightweight and easy to handle and install, they significantly reduce the burden on construction workers. For example, polyethylene road mats weigh only one-seventh of steel, allowing two people to carry them without the need for expensive cranes.

3. Environmental Characteristics

• HDPE anti-slip road mats are made from recyclable materials, meeting environmental requirements. They do not pollute the environment during use, making them an eco-friendly temporary road material.

4. Application Advantages

1. Quick Installation
   • They can be quickly and easily laid on the ground, significantly reducing construction time. Designed in standard sizes, they are simple to install without requiring special tools or skills.
2. Low Maintenance Costs
   • Their excellent wear resistance and anti-slip properties make them resistant to damage, resulting in low maintenance costs. Their lightweight and easy-to-handle nature also reduces transportation and installation costs.
3. High Adaptability
   • Suitable for various terrains and scenarios, such as muddy, marshy, uneven, or soft ground, providing convenience for construction projects. They also adapt to harsh environments, with chemical and corrosion resistance enabling use in diverse chemical settings.

5. Application Areas

1. Road Construction and Temporary Roads
   • Used in road construction to lay temporary roads, addressing traffic issues during construction, and as temporary base plates to support and reinforce road foundations.
2. Sports Fields and Exhibition Venues
   • In sports fields, used for laying tracks, basketball courts, and other sports surfaces, providing comfortable surfaces. In exhibition venues, used for driveways and booth platforms, offering stable surfaces for transporting exhibits and facilitating activities.
3. Temporary Parking Lots
   • Provide stable driving and parking surfaces for temporary parking needs.
4. Lawn Protection
   • Laid on lawns to prevent damage from vehicles or personnel, providing a stable walking surface while preserving the lawn’s integrity and aesthetics.
5. Oilfields and Mining
   • Used to reinforce roads and parking areas for mining vehicles and equipment, preventing heavy machinery from damaging the ground.
6. Landscaping
   • Protects grass in landscaping projects, preventing damage from vehicles and equipment.
7. Beach Construction
   • Used to build temporary roads, ensuring safe passage for construction vehicles and personnel. Also suitable for sand backfilling, drainage pipeline construction, and wind turbine installation.