image of Trionic PLUS for high traffic courtyards and common areas

Trionic Plus Technology

We’ve developed a breakthrough molecular fusion of nylon and polyethylene to create the ultimate artificial grass solution for extremely high-traffic applications. Trionic Plus™ delivers unmatched performance in commercial landscapes, schools, playgrounds, and public spaces where durability and longevity matter most.

Safer, Stronger...

Lasts Longer

For decades, synthetic turf manufacturers have tried to blend the softness of polyethylene (PE) with the strength of nylon into a single fibre. It’s a combination that had never been achieved. Until now. Trionic Plus™ is a game-changing innovation in artificial grass technology. By entangling polyethylene (PE) and nylon molecules into a copolymer and extruding them as a single fibre, Trionic Plus™ sets a new standard for safety, strength, and long-lasting performance. The key lies in the compatibilisers. These compounds encase the nylon polymers, allowing them to be suspended within the PE, creating a fibre that’s both soft and incredibly durable. The compatibilisers are polar on the inside (like nylon) and non-polar on the outside (like PE), bridging the gap between two materials that would otherwise never mix. The result? The ultimate artificial grass fibre. Softer. Stronger. Lasts longer. Trionic Plus™.

Blends Nylon + PE

Trionic Plus™ combines the best of both worlds – nylon’s unmatched strength and polyethylene’s soft, natural feel – into a single fibre. This innovative blend represents a significant advancement in artificial turf technology, engineered to withstand heavy use.

Chemically Speaking

Polyethylene and nylon are like oil and water. They don’t naturally mix. The reason is polarity: PE is non-polar, while nylon is polar. Trionic Plus™ bridges this gap at the molecular level, using compatibilisers to create a stable, durable fibre that’s stronger than ever before.

Reduced Friction

Our engineers have developed Sharkskin Technology by manipulating the molecular structure of the PE fibres. This creates a less abrasive surface, reducing friction and delivering a softer, more user-friendly artificial grass experience, ideal for playgrounds, schools, and community spaces.

Superior Strength

To prevent splitting and improve fibre integrity, we’ve entangled the side chains within the polymer structure. This reinforces potential weak points between molecular chains, ensuring a more durable, long-lasting artificial grass fibre.