Ground Pavings TRIZ Cases

See how a mechanically bounded fiber layer with density gradient eliminates infill, improves sh

See how a reticular frame with elastic support bodies transforms vertical stresses into longitu

See how thermoplastic melt bonding secures pile tufts without binders, reducing cost and energy

See how a dual-layer composite backing with open mesh lower layer and dense upper layer prevent

See how sub-250 µm rounded filaments with processing aid eliminate infill and irrigation while

See how biodegradable polymers like PHA, PBSA, and PBS enable hybrid turf with controlled biode

See how natural curable oil-based infill particles resist floating in heavy rain, reduce enviro

See how anti-slip agents migrate through polymer fibers to maintain reduced friction for years,

See how a geogrid layer between existing and new artificial turf reuses the old backing, cuts w

See how a geogrid layer between old and new artificial turf reuses worn material, maintains ela

See how pulp piles implanted at high density restrict airflow for fire resistance while achievi

See how a 60-99% LLDPE and 1-15% LDPE polymer blend uses chain entanglement to resist splicing

See how segmented thermoplastic rows bond artificial grass fibers during tufting to prevent wri

A single-loom interwoven turf backing removes layer tension differences, preventing wrinkles while improving tuft lock and dimensional stability.

See how combining calcium carbonate, cellulose, and polylactic acid in extruded granules solves

See how selective glue application on tuft rows preserves inter-row drainage channels, enabling

See how embedding anti-slip agent in polymer turf fibers reduces friction for up to 10 years, e

Adjustable turf and wall tabs anchor field-edge turf at acute angles to prevent wrinkles, perimeter pullback, and long-term movement.

See how frustoconical elastomeric columns with controlled buckling prevent bottoming out and ma

See how simultaneous interweaving of two polypropylene backing layers on a single loom eliminat

See how closely packed monofilament loops reduce friction and eliminate water use on sports sur

See how penetrating slits in foam cushioning layers prevent wave formation and warping from the

See how a substrate with evenly distributed protuberances and controlled hardness achieves 50%

See how a bounded fiber layer with decreasing density eliminates infill, improves drainage, and

See how movable rack systems with rotating hubs and lateral positioning enable efficient storag

See how carbon-core antistatic filaments integrated into turf yarns eliminate static shock outd

See how a bounded fiber layer beneath turf pile mimics natural grass root zones, providing shoc

See how a controlled LLDPE-LDPE polymer blend with precise density parameters achieves consiste

See how a woven mat with 5,000-20,000 burls/m² balances artificial turf durability with space f

See how wood particle infill with grain-oriented geometry and water absorption replaces rubber

See how a 60-99% LLDPE and 1-15% LDPE polymer blend uses chain entanglement to improve tensile

See how nucleating agents boost polymer crystallization during fiber stretching to create surfa

See how a nucleating agent boosts polymer crystallization during extrusion to roughen fiber sur

See how foam substrate protrusions between grass fibers provide damping and reduce granular inf

See how ethoxylated alcohol and foaming agents in polyolefin filaments improve water retention

Adding polybutadiene diol makes PU turf backing more hydrophobic, improving fiber adhesion and resisting water-driven swelling and delamination.

Foamed and non-foamed synthetic yarns form a lighter damping textile that resists cracking under load while improving elasticity and insulation.

Blending OBC with LLDPE gives artificial turf yarn the softness conventional polyethylene lacks while maintaining heat resistance and durability.

A loose woven hybrid turf mat balances durability and comfort while letting grass roots, water, and air pass through for easier installation and upkeep.

An undulating layer boundary helps interlocking floor mats resist delamination while supporting different textures, colors, and compact storage.

A density-graded fiber mat replaces infill to improve drainage, shock absorption, and natural grass-like volume in sports turf.

A W weave structure locks plastic grass blades into the ground fabric, removing back coating while maintaining at least 15 N pile fixation.

Segmented artificial turf edging stabilizes bunker-to-grass transitions, prevents edge crumbling, and cuts golf course maintenance time.

Reinforcement elements stabilize infill so warning tracks and turf zones can be tuned to mimic natural baseball surfaces and improve player safety.

A root-permeable grass-cork surface combines artificial grass, natural grass, and cork to improve fall protection, durability, and appearance.

A lignin-based MMVF shock pad improves drainage, lowers surface temperature, and avoids plastic infill and formaldehyde binders.

Interchangeable terrain modules and end connectors let one soft training aid reconfigure quickly, store compactly, and reduce impact damage.

A woven biodegradable hybrid turf mat balances structural integrity with water, air, and root permeability to support natural grass under heavy use.

Modular polymer units interlock laterally and vertically to speed installation, cut waste, and adapt to complex site layouts.

Hydrophilic fibers wick stored moisture from shock-pad reservoirs so artificial turf cools by evaporation with less water than sprinklers.

Arc-shaped support bodies in a flooring damping layer turn vertical loads into frame stretching, reducing localized stress and improving response.