enhanced landscape performance

With its reinforced polypropylene fibers, LOKSAND brings unrivalled options in outdoor landscape environments where robust root systems are essential.

Not only does LOKSAND rootzone system allow you to increase performance in heavy use, difficult areas where traditional materials may struggle; it keeps its design integrity and presents a more environmentally friendly alternative to conventional paved areas.

Find our technical drawings

bunker edges

This game-changing product boasts a long lifespan, empowering Golf & Landscape Architects, Turf Managers, and Contractors to lock-in and make permanent their creative shaping beyond the angle of repose.

steep slopes

Innovative crimped fibers interlock with soil and sand providing exceptional tensile strength and allowing architects the creative freedom to shape and contour landscapes like never before.

cart paths

Trust LOKSAND with stable, hard-wearing cart paths. It boasts exceptional shock-absorbing capabilities, swiftly restoring surface uniformity after heavy usage and inclement weather.

controlling erosion

The fiber technology ensures your landscapes will experience less soil saturation and erosion, effectively minimizing waterlogging.

improving soils

Our cutting-edge solution transforms sands and soils by adding space and air porosity. This innovative technology increases oxygen levels, firms up the soil without causing compaction, and promotes deeper root penetration for healthier, more resilient turf

improving drainage

LOKSAND not only improves aesthetics by minimizing rutting, furrows, and grooves from repeated loads but also maintains the beauty, functionality and drainage of landscapes and turf.

High traffic wear

It is engineered to resist heavy wear and tear, eliminating material migration and movement. With superior resistance to both mechanical and environmental erosion, LOKSAND ensures your projects stand the test of time.

more dense root zone

With LOKSAND, turf roots intertwine with our root structure, adding unparalleled strength and stability to sands and soils.