Lightweight composite mats provide ground protection and temporary site accesssurfaces for vehicles, equipment and personnel over soft surfaces while protecting the ground from damage.

SPECIFICATIONS

Size: 4 ft W x 8 ft L x 0.5 in H (1.22 m W x 2.4 m L x 1.3 cm H)
Weight: 87 lbs (40 kg)
Weight Load: 200 psi, depending on subsurface conditions.
Created from high density polyethylene.

These construction mats provide a much better return on investment than traditional plywood mats. They are more economical, support much more weight, will not warp, rot, crack, delaminate, or absorb water and contaminants, which allows for long-term installations with minimal environmental impact. At the end of each use, mats can be easily cleaned and reused on multiple job sites for up to 10 years without fear of cross contamination.

These temporary road mats come standard with a rugged traction pattern for heavy equipment on one side and a pedestrian-friendly, non-slip tread design on the other side. The rugged traction pattern prevents equipment spinouts in wet or slippery conditions.

Engineered to provide a firm support base and stable traction, these lightweight ground protection mats require no special tools to install. Molded from a proprietary blend of high-densitypolyethylene (HDPE), they can be linked with connectors to form a continuous solid roadway.

Ground protection mats are strong, durable, long lasting, easy to maintain and engineered to be used for a wide range of applications, including:

• Ground protection
• Temporary roadways
• Pedestrian walkways
• Work platforms
• Temporary outdoor event flooring
• Beach access
• Staging areas for construction and landscaping projects
• Protection of asphalt in stadiums

These mats are rated at 200 psi but can safely support loads up to 80 tons over grassy fields, sand and aggregate surfaces in a variety of applications.

Drive and turn most common vehicles and loads onmats, including tractor-trailers, forklifts, backhoes, pickups and other heavy equipment.

Ground protection mats will not splinter under intense pressure, preventing equipment rutting and damage to sensitive surfaces. Mats can be used on projects for up to 10 years, making them a cost-effective alternative to plywood.