Ground Protection

EcoMatz™ panels are engineered for flexibility and durability, utilising bamboo’s natural properties to adapt to uneven surfaces. Designed with advanced technology, these mats provide superior strength while minimising breakage, making them an ideal choice for various applications.

The 2-Way Connector is an essential component for your GroundMatz™ setup, designed to seamlessly join two HDPE or LDPE mats for flexible configurations. Made from impact-resistant polyethylene, this connector ensures durability and long-lasting performance, even in demanding environments.

With an easy installation process that includes bolts for secure attachment, the 2-Way Connector allows for quick assembly, creating a stable and cohesive protective surface. Perfect for use in workshops, construction sites, and outdoor areas, this connector enhances the versatility and efficiency of your GroundMatz™ arrangement, ensuring optimal safety and protection across your workspace.

The 4-Way Connector is a crucial accessory for your GroundMatz™ setup, allowing seamless integration of HDPE and LDPE mats for versatile configurations. Made from impact-resistant polyethylene, it ensures durability and long-lasting performance.

With easy-to-install bolts, this connector enables quick assembly, creating large, cohesive protective areas. Perfect for workshops, construction sites, and outdoor settings, the 4-Way Connector enhances the flexibility and stability of your GroundMatz™ arrangement, improving safety and efficiency.

The GroundMatz HD mats are ground protection mats designed for heavy-duty applications. They are used to protect surfaces from damage caused by the movement of heavy equipment, such as construction vehicles and machinery. Extremely durable, the mats are made from high-density polyethylene (HDPE), they are robust and resistant to cracking, breaking, or deforming under heavy loads.

Used to provide a protective layer that aids in preventing damage to the ground, reducing soil erosion, and minimising environmental impact by distributing the weight of machinery. Our mats have a dual traction pattern, offering a stable and non-slip surface for vehicles, enhancing safety and reducing the risk of accidents or machinery becoming stuck.

The mats are designed to be lightweight and easy to handle, with features that make them straightforward to lay down, connect, and remove. Suitable for a wide range of applications, including construction sites, events, and other areas where ground protection is needed.

Can be connected together to serve as work areas, platforms, turning areas etc, stillage options available for safe & secure storage & transportation of the mats to and from site.

GroundMatz™ Lite HD is the ultimate solution for creating stable, reliable roadways across any terrain. Ideal for special events, construction sites, and delicate landscapes, these heavy-duty ground protection mats are designed to handle up to 40 tonnes per axle, ensuring your vehicles remain secure and grounded.

With exceptional non-slip durability and easy installation, GroundMatz™ Lite HD offers versatility on grass, sand, mud, and more. Protect your site while maintaining efficiency with these essential mats that keep your projects on track, no matter the conditions.

HeavyArmour™ mats are engineered to provide safe and reliable access to construction and mining sites without the need for traditional road construction. These durable and versatile mats can support heavy machinery and equipment while protecting the underlying terrain from damage. Their innovative interlocking design creates a stable surface over soft or uneven ground, allowing vehicles to navigate the area without getting stuck or harming the environment.

By utilising HeavyArmour™ mats, construction and mining sites can swiftly establish temporary access routes, facilitating the efficient movement of personnel, equipment, and materials without the time and expense of building permanent roads. This solution minimises site disturbance, reduces environmental impact, and enhances overall operational efficiency, making it an ideal choice for demanding projects.