Composite Mats

DuraDeck® Light-Duty

DuraDeck® composite mats create portable roadways and work platforms with reliable traction and support. Lightweight yet robust, they handle loads up to 200 psi, flex with terrain, protect ground surfaces, and perform in extreme temperatures and environments—from wetlands to deserts.

MegaDeck® HD+ Heavy Duty

MegaDeck HD+ composite mats deliver strong, stable, non-shifting platforms or temporary roads for high-traffic sites. Built from non-toxic HDPE, they safeguard workers, equipment, vegetation, and sensitive areas while preventing soil compaction and costly remediation in demanding construction, energy, and industrial environments.

STERLING COMPOSITE MATS

Composite access mats offer an environmentally responsible and efficient solution for protecting job sites. Designed to minimize soil compaction, mixing, and runoff, these mats help preserve existing vegetation and prevent rutting, while also reducing the spread of invasive species and noxious weeds. Unlike crushed gravel roads, composite mats require no cleanup and can be installed quickly—even on uneven ground. Lightweight, thinner, and easier to transport, they’re also 100% recyclable, making them an ideal choice for projects that demand both performance and sustainability.

DuraDeck® Light-Duty Composite Matting

DuraDeck^® composite mats can quickly and easily create highly portable roadways. With a firm support base and traction, these lightweight ground protection mats provide safe temporary surfaces for vehicles, equipment and personnel over soft surfaces while protecting the ground from damage. They are robust enough to handle loads up to 200psi, yet flexible enough that they follow the contours of the terrain without breaking or cracking. From the Everglades to the Sahara, DuraDeck^® is perfectly at home in any environment. These mats are able to handle extreme hot or cold temperatures and are weather resistant.

Portable and durable enough for years of use and hundreds of projects
Will not rot or splinter
Protects vehicles & equipment from excessive wear and damage due to unstable ground conditions
Surface tread allows traction to prevent slippage and provides added personnel safety
Eliminates environmental cross-contamination problems associated with plywood sheets

Specifications:

- Weight load: Up to 200 psi, depending on subsurface conditions
- Size: 4′ x 8′ x .5″ (1.2 m x 2.4 m x 1.3 cm)
- Weight: 87 lbs. (40 kg)
- Available in tan only

MegaDeck® HD+ Composite Mats

MegaDeck HD+ heavy-duty composite mats are designed specifically for high-traffic work sites, such as power transmission, oil rigs, and construction sites. These composite mats create strong, stable, non-shifting work platforms or temporary access roads that reduce the risk of accidents and protect your personnel and your equipment. MegaDeck HD+ are also made from non-toxic HDPE, which protects vegetation and environmentally sensitive areas and will control soil compaction, preventing time consuming and expensive remediation efforts.

Interlocking design with overlapping flanges in a mat that will not rot or splinter
Semi-buoyant to provide reliable support for heavy equipment and cranes in swamps and muddy conditions
Protects vehicles & equipment from excessive wear and damage due to unstable ground conditions
Surface tread allows traction to prevent slippage and provides added personnel safety
Eliminates cross-contamination and possible transmission of parasites, chemicals, oils, mold and insects.

Specifications:

Weight load: up to 600 psi, depending on subsurface conditions
Overall Size: 14′ x 7.5′ x 4″ (4.3 m x 2.3 m x 10.16 cm)
Usable size, due to connecting flange: 13′ x 6.5′ x 4″
Weight: 1,046 lbs. (474.5 kg)

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READY TO GET PLASTIC?

Our Composite Mats are trusted on jobsites nationwide to protect the ground and keep projects moving. Made in the USA and shipped from our centrally located facilities in Illinois and Texas, these mats offer a durable, eco-friendly alternative to gravel roads—helping you reduce environmental impact and post-project cleanup.