Mobile floor protection consisting of anti-slip steel plates

Maximum load capacity and secure hold for demanding projects.

Cteam infrastructure construction using crane for material handling on temporary access mats.

Our anti-slip steel panels act as walkways and protect delicate floors. They provide a flexible access solution and are ideal for use even on difficult ground. Applications include overhead line and pipe construction, civil engineering, wind power, radio tower construction, crane parking areas and assembly areas.

Our mobile site tracks provide a safe, heavy-duty surface that protects the ground from compaction and damage, making them ideal for creating access routes and protecting sensitive surfaces.

The surface is designed in a "teardrop" shape to ensure optimised traction and therefore safe grip, even in adverse weather conditions.

Cteam truck operates on mobile ground protection mats, ensuring site access.

Advantages of Cteam steel plates

1 Improved accessibility and safer routes

Our mobile site access roads guarantee safe access for machinery and vehicles, even in adverse weather conditions or on uneven, muddy or loose ground.
You can install reliable, stable walkways and reduce the risk of heavy machinery and vehicles sinking in.
Their non-slip surface offers extra safety in all weathers.

2 Minimising damage and protecting soil and the environment

Using our steel sheets effectively protects sensitive ground such as road surfaces, farmland and green spaces from damage.
They are the optimum solution for temporary parking spaces, work areas and access routes, minimising damage to the ground and allowing damage-free use, even in sensitive areas.
They also reduce potential repair costs after the project has been completed.

3 Increased load capacity for heavy-duty applications

Thanks to optimum load distribution, our extremely strong and durable steel plates considerably increase the load-bearing capacity of the ground.
This makes them ideal for the safe transport of heavy loads, the construction of heavy structures and the use of mobile cranes and large machinery, even under extreme conditions.
Their high resistance to deformation and wear ensures lasting stability.