CLiCKFLO ultra low profile, high impact plastic, pipe retention panels securely hold the heating pipe in place, eliminating the need for seperate fasteners. The panel's unique moulded pattern ensures consistent pipe spacing and alignment. The panels have a self adhesive backing, enabling them to be stuck to the sub-floor. Once covered with a self-levelling screed the system delivers outstanding heating performance.

CLiCKFLO X ultra low profile, high impact plastic, pipe retention panels securely hold the heating pipe in place, eliminating the need for seperate fasteners. The panel's unique moulded pattern ensures consistent pipe spacing whilst the HEXATHERM thermal barrier bonded to the underside, promotes upward thermal conduction. Once covered with a self-levelling screed the UFH system delivers rapid response times.

CLiCKFLO 20 low profile, high impact plastic, pipe retention panels securely hold the heating pipe in place, eliminating the need for seperate fasteners. The panel's unique moulded pattern ensures consistent pipe spacing and alignment. The panels have a self adhesive backing, enabling them to be stuck to the sub-floor. Once covered with a self-levelling screed the system delivers outstanding heating performance.

CLiCKFLO X ultra low profile, high impact plastic, pipe retention panels securely hold the heating pipe in place, eliminating the need for seperate fasteners. The panel's unique moulded pattern ensures consistent pipe spacing whilst the HEXATHERM thermal barrier bonded to the underside, promotes upward thermal conduction. Once covered with a self-levelling screed the UFH system delivers rapid response times.

CLiCKFLO X ultra low profile, high impact plastic, pipe retention panels securely hold the heating pipe in place, eliminating the need for seperate fasteners. The panel's unique moulded pattern ensures consistent pipe spacing whilst the HEXATHERM thermal barrier bonded to the underside, promotes upward thermal conduction. Once covered with a self-levelling screed the UFH system delivers rapid response times.