Holder of the key made of stainless steel in diameters Ø100 mm with sheet thickness 0.7 mm or ø120/ ø150 mm with sheet thickness 1 mm, each with mounting flange in diameters ø4/ ø6/ ø8/ ø10/ ø12 mm

The TOP holder allows the presentation of headgear of all kinds on vertical wall surfaces or on floor surfaces.
The star-shaped tongues can be used immediately in the supplied flat shape or, if necessary, easily adapted to curved shapes of an object, for example a helmet. The construction made of sheet metal provides a stable, secure base for the exhibit.
The TOP holder is virtually invisible during presentation, as it is located inside the headgear object. It is compatible with LINK and BASE elements in diameters ø4, ø6, ø8, ø10, ø12 mm.
Precisely manufactured to match each other, the TOP Hutholder securely and firmly sits on the LINK elements with the same diameter, such as LINK rods. All LINK and BASE elements of the same diameter can be easily and securely combined with each other.


Modularity and flexibility through a standardized system: All TOP-, LINK-, and BASE-elements with identical rod diameter are fully combinable and enable individually customizable mounting solutions.
High object and process reliability through revisable constructions and the clear separation between object adaptation and exhibition assembly.
Economic efficiency and design restraint Thanks to reusable components, efficient processes and minimal visual presence while maintaining high stability.


The top elements of the KLIO Mount System form the direct interface to the object and are individually adapted to its shape and requirements.
The TOP program offers a wide selection of variations, including:

Package contents: 1 piece of Kralle
Packaging unit: Available individually or in sets
Shipping: Delivery times may vary when starting our shop. If you have any questions, please contact us in advance or we will contact you after receiving your order.
Note: Can be combined with other items from the Klio Mount system – collect shipping on orders of multiple system components.