- Less water stagnation thanks to its cellular structure with consequent fewer phytosanitary problems and therefore reduced protection expenses.

- Greater and better rooting thanks to the right balance between air and water with consequent shortening of the production time.

- No asphyxia problems due to peat hardening, sometimes arising with other rooting systems.

- No transplantation problems. They can be avoided thanks to the product shape which also allows a mechanic transplant since the plant is well fixed to the product at any rooting stage.

- Lower transport costs since the rooted plant can be delivered without a container because the product does not flake and keeps the right moisture. A larger number of plants be packed without damaging them.

- No shock following excessive watering thanks to the product composition which allows a quick and uniform watering that invigorates the plant. 

- Lower rooting costs as the product requires less rooting room than the traditional systems.

- Elimination of all the peat mixture containing materials, such as net, vases, fabrics and other, which cannot be easily recycled after use.

- Decomposable and therefore suitable to be employed either in open field or in a container as it neither limits nor stops the root development of the plant. 

- Flexible design to meet every single grower's specific requirements.