The LL-TEQ™ system turns the soil in place into a solid pavement, in a single block. No layers that peel apart: the riding surface and the structure are one. The figures that follow come from independent accredited laboratory tests and bearing capacities certified by military engineers. These are not projections, they are measurements.

* Confinement: the surrounding soil grips the material on every side. Unable to spread, it carries far more.

In the lab, a small isolated sample is crushed, free to spread sideways. In a real pavement, the treated material is gripped on every side by the surrounding soil: the lab figure is therefore a floor, not the true in-service strength.

Loose sand gives way underfoot; packed into a bucket, it holds you standing. The LL-TEQ™ polymer binder welds the particles into a single block, and the harder the load presses, the tighter the material packs and the more it holds.

On a road, a 12.5 mm rut is the limit beyond which the pavement is judged too deeply worn and must be rebuilt. LL-TEQ™ technology stays far below that limit, even under deliberately severe conditions.

U.S. military engineers certified LL-TEQ™ technology as the final riding surface under heavy cargo aircraft, calculating the number of allowable passes from field measurements:

These loads, concentrated under high tire pressures, exceed those of road traffic. What carries a loaded military cargo aircraft carries a ten-wheeler, a full delivery van or your car without difficulty.

Several independent families of evidence (compressive strength, rutting resistance, heat and water resistance, real aircraft loads) all converge on the same conclusion: high structural performance. The raw data come from accredited third-party laboratories and military authorities, not from the manufacturer or the distributor.