With this type of nozzle, a crystalline effect is achieved in the water, making it move inside the nozzle in a laminar regime. To avoid turbulence, all the nozzles of this group are provided with short jets that “calm down” the water regime. The goal is to get a clear stream of water, which means that it does not have air inside it. The most representative jet of this nozzle is the crystal jet.
![](/images/fuentes/boquillas_para_fuentes/chorros_cristalinos/abanico_de_chorros/boquillas-fuentes_abanico-de-chorros.jpg)
This nozzle generates up to 21 lance jets. The jets of water are divergent and parabolic.
![](/images/fuentes/boquillas_para_fuentes/chorros_cristalinos/abanico_laminar/boquillas-fuentes_abanico-laminar.jpg)
This fountain nozzle generates a narrow sheet of water at the outlet that widens as it progresses on its parabolic path due to the angle of exit.
![](/images/fuentes/boquillas_para_fuentes/chorros_cristalinos/caliz/boquillas-fuentes_caliz.jpg)
This nozzle generates a water sheet with a somewhat more turbulent regime than the mushroom jet and which raises more height. This water sheet leaves the nozzle with a departure angle which causes a parabolic pattern.
![](/images/fuentes/boquillas_para_fuentes/chorros_cristalinos/corona_de_chorros/boquillas-fuentes_corona-de-chorros.jpg)
These fountain nozzles feature jet outlets that combine with different inclinations form figures that rise to different heights.
![](/images/fuentes/boquillas_para_fuentes/chorros_cristalinos/palmera/boquilla-fuentes_palmera.jpg)
Simple nozzle made up of a set of 4mm jets arranged in such a way that on their ascent they simulate the trunk of a palm tree and on its fall its leaves.