This magnetic sign holder with suction pads is perfect for displaying temporary information. It can be easily moved and repositioned without leaving any marks.
This magnetic sign holder with suction pads allows you to display your poster or point-of-sale advertising.Our larger magnet can hold big size poster and even PVC or cardboard posters.To ensure a strong hold, we advise you to use two magnetic sign holders with suction pads.
The suction pads can stick to any smooth surface : clean wall, piece of furniture, window.
Made in France
The magnetic poster holder is made off one 5cm diameter suction pad where it is screwed the poster holder. This 3D printed poster holder contains a strong neodymium magnet and a round iron counterpart, the same size as the magnet.The poster holder is designed to bend so that the magnet and counterpart face each other: the magnet adheres to the counterpart,and pinches the corner of the poster.How to use it ?
Clean the surface and stick your suction pads. Attach your poster. Information about the strength of magnets
According to your poster weight, choose between 3 diameters.
We recommend to use two poster holders for a strong holding strength.
Use two 15mm diameter sign holders for A2 paper poster.
Use two 18mm diameter sign holders for thick paper or big size poster.Use two 27mm diameter sign holders if you want to hold PVC, Dibon, plexiglas or cardboard poster.
Magnets are made of neodymium, an iron/boron/rare earth alloy which is currently the most powerful magnetic alloy.`
{Lien050}if you need more information about the strength needed for your project. Other type of magnetic systems for holding poster
We sell 3 other types of magnetic sign holder :-{Lien060}
-{Lien051}-{Lien056}
We also sell a{Lien044}with an articulated arm.
Other solution : the{Lien058}made of magnetic rubber in A3 or A2 format. We use a top quality magnetic rubber that you can stick to any ferrous surface. You poster is protected by the plastic pocket.
Simply put your poster in the plastic piece and attach it to ferrous surface.
