EINSTEIN
Interlocking System

2024

Stabilität Präzise Fugenbreite Langlebigkeit Minimaler Wartungsaufwand Schubspannungsresistenz Drainagefähigkeit Lastverteilung Umweltfreundlich Wirtschaftlichkeit Belastbarkeit Frostbeständigkeit Erosionsschutz Beständigkeit Effizienz Hochwertige Materialien Langlebige Optik

Without joint material, the force is transferred directly to the paving stones without any cushioning. This direct load can lead to shifting and wear – a risk that our interlocking system prevents through optimized joints

The joint material acts as a buffer between the paving stones, absorbing forces and distributing them evenly. This reduces the direct load on the stones, significantly increasing the lifespan and stability of the paved surface

A joint can only perform its function if it remains filled in the long term

Long-Term Stability with the
Einstein Interlocking System

The graphic shows the results of load tests documenting the horizontal displacement of various paving systems after one million load cycles.

The Einstein Interlocking System (F+B Runner) stands out for its particularly low horizontal displacement, offering above-average stability. Compared to conventional paving techniques, the Einstein technology minimizes stone movement under load, thereby reducing long-term wear and damage. This stability ensures not only a durable but also a low-maintenance paving surface—ideal for high-traffic areas.

2024