Ground Pavings TRIZ Cases

Wax coating on cork granules raises specific gravity to prevent flotation and volatility during rainfall without altering physical properties.

Ligninic vegetable infill replaces rubber to eliminate toxic heavy metals while maintaining mechanical strength through natural microbial resistance.

A malleable surface material combines wax, clay, and Foots oil to create a putty-like consistency.

A synthetic turf seam template uses a curved cutting edge to join material pieces.

Projections on the foam layer increase Critical Fall Height above 2.4 meters without increasing installation depth or excavation costs.

A mobile fitness testing device uses modular turf tiles to create a portable exercise lane for rapid deployment.

Hindered amine compounds protect polyolefin filaments from UV degradation, preserving tenacity for artificial turf applications.

Bell-shaped protrusions and hexagonal cells distribute impact energy while draining rainwater through vertical channels, reducing rubber granule usage.

An infill extractor diverts reclaimed rubber and sand into the compacted base of a new field.

Recycling aged turf infill into fluid composites reduces waste and installation costs for new artificial systems.

Microporous zeolite infill controls surface temperature via adsorption, preventing rapid evaporation and reducing watering needs.

Replacing granular infill with a foam backing eliminates abrasive wear and improves drainage.

Corona-treated plastic floor tiles use UV ink and polyurethane coatings to prevent graphic fading and peeling under intensive sports field wear.

Hollow polymer granules reduce infill compaction and maintenance while improving shock absorption.