Profec - Suport per a canonera d'acer galvanitzat 26-30 mm M8/M10 de 2 peces - 0329451

Profec – Pipe bracket steel galvanised 26-30 mm M8/M10 2-piece

Sized to accept pipes with an outer diameter of 26–30 mm, this galvanised steel 2-piece pipe bracket from Profec is the go-to fastener for securing solar heating pipework to walls, ceilings, and structural members. The dual-threaded female nut accepts both M8 and M10 threaded rods, giving installers the flexibility to work with whatever fixings are already on site. An EPDM rubber seal liner sits between the steel shell and the pipe, dampening vibration and protecting the pipe surface.

Construction & compliance

The bracket body is manufactured from steel with a hot-dip galvanised surface treatment, providing reliable corrosion resistance for indoor plant rooms and sheltered outdoor runs alike. It conforms to DIN 4109, the German and European standard governing acoustic insulation in buildings — meaning the EPDM liner is engineered to reduce structure-borne sound transmission, not simply cushion the pipe. The 2-piece clamp design allows the bracket to be fitted around an already-installed pipe without dismantling the run.

Instal·lació i compatibilitat

The M8/M10 combined female thread means a single bracket variant is compatible with the two most common threaded-rod sizes used in European building services and solar thermal installations, reducing the need to stock multiple SKUs. The bracket suits copper, CPVC, and corrugated stainless steel solar lines in the 26–30 mm OD range — typical of 22 mm or 25 mm nominal-bore pipework commonly found in pool solar heating circuits. Fitting is straightforward: open the two halves, position around the pipe, close, and secure to the threaded rod.

Solar heating applications

Profec’s pipe bracket range is a standard accessory in European solar pool heating systems, used to route collector flow and return lines neatly along roof structures, plant-room walls, and rafter runs. Correct pipe support spacing prevents sag, reduces joint stress, and maintains the system’s acoustic performance — particularly important where solar pipework passes through living spaces or building fabric.