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The fixing systems in this range cover installation needs that fall outside standard solutions: fixings for partition screens, standoffs for panels held clear of a wall, or fitting kits for rigid signs and specific technical supports. It is aimed at professionals facing a particular installation challenge, an uneven wall, glass to be assembled, a panel that needs to stand clear of the surface, where a standard fixing is not enough. These systems complement the more common fixing ranges by providing a targeted answer to a specific technical need. Each product is designed for a reliable installation with no structural work and no major intervention on the existing surface.
Partition screens, increasingly common in offices, shops and reception areas, require fixing hardware matched to the thickness of the glass and the type of surface, floor, counter or partition. This hardware holds the screen firmly in position while spreading the fixing pressure to avoid any risk of cracking at the anchor point. Installation stays accessible without glazier-level skills, provided the recommended torque is followed for each product.
To give a panel or a sign some depth, standoffs create a visible gap between the support and the mounting surface, an effect often sought in premium signage and interior signs. This type of fixing also hides an uneven wall by avoiding direct contact with the surface. The length of the standoff is chosen based on the desired shadow effect and the weight of the panel to be supported. This system remains an elegant alternative to flush mounting when the visual finish of the mount is part of the sign's overall presentation.
Some installation configurations do not fit any standard category: a wall in a fragile material, a large-format panel that needs its load spread across several anchor points, or a temporary installation that needs to come down without leaving a mark. This range brings together the technical hardware that answers these specific cases, often identified after a first attempt with a standard fixing proved unsatisfactory. Choosing the right system then depends as much on the nature of the surface as on the weight and format of the item being fixed.
The fixing hardware for partition screens and the other systems in this range fit most rigid panels on the market, whether in acrylic, composite or toughened glass. This wide compatibility avoids having to replace an existing panel simply because its original fixing no longer suits a new location. Checking the thickness of the surface and the total weight to be supported remains the essential first step before selecting the right product.
All of these fixing systems favour direct installation onto the existing surface, with no need for masonry work or major intervention on the building. This approach particularly suits rented premises or shared spaces where structural work is best avoided. A good fixing system stays discreet once installed, without drawing attention away from the panel or screen it holds in place.
Drilling a window is risky and often impossible. Our window fixing systems get around the problem: soft-grip clamps, technical suction cups and glue-on profiles firmly hold plexiglass plates, protective screens and visuals on any glass surface.
Banks, pharmacies, receptions and counters use them to install their dividing glass and counter signage while preserving the integrity of the existing glazing.
The finish makes the difference between an amateur display and professional signage. Our stainless steel or aluminum wall spacers elegantly remove plates and panels from the wall, while high-performance technical adhesives replace drilling on fragile or drilling-prohibited surfaces.
All these accessories are compatible with door plates, professional plates and panels sold on Stand-Direct, for a consistent installation from the first to the last element.
The choice depends on the support to be fixed and the surface. For rigid Dibond or PVC panels, choose clamping clips or clamps on tubular structures. On concrete or brick, opt for brackets and dowels; on thin partitions, structural adhesive fixings or magnetic supports. For tarpaulins and hanging signs, stainless steel cables with cable ties hold several kilos. In smooth interiors (glass, metal), neodymium magnets or double-sided adhesives avoid any drilling. Tell us the dimensions, weight and material of the wall: we will calibrate the appropriate fixing.
Yes, our bindings can be configured to measure according to your constraints. We adapt the length of the stainless steel cables, the diameter of the clamps, the center distance of the brackets and the strength of the magnets to the actual weight of your panel or sign. For atypical surfaces (glazing, corrugated sheet metal, ventilated facade, round post), we offer flanges, adjustable collars and adhesive pads. The magnetic counterplates are sized to the surface of the display for the required tear-off. Give us the context and the burden to bear: we validate the most reliable combination.
The price varies depending on the type of fastener and the quantity. Common accessories such as clamps, cable ties and clips cost a few euros each, decreasing per lot. Stainless steel cable suspension kits with ceiling ends and tensioners are in the middle of the range. The reinforced magnetic fasteners and decorative spacers represent the highest investment, justified by their reusability. For a precise estimate, tell us the number of fixing points, the weight supported and the nature of the support: we will establish a B2B quote at decreasing rates.
The standard fixing accessories in stock (clamps, cable ties, clips, brackets, magnets) are generally shipped within 7 to 10 working days. The stainless steel cable suspension kits and preconfigured magnetic counterplates follow the same cycle. For custom configurations (specific cable lengths, flanges for atypical surfaces, calibrated magnetic force), allow for a manufacturing time depending on the complexity. Order the fixings at the same time as your panels to synchronize the installation. Specify your deadline: we confirm the exact deadline in the quote.
Our fixing systems benefit from the legal guarantee of conformity and are durable to withstand mechanical and climatic constraints. The stainless steel cables and cable ties, UV-stabilized clamps and treated brackets resist corrosion outdoors. The neodymium magnets and structural adhesives retain their holding force for several years indoors. Resistance depends on compliance with the maximum load and the suitability of the fixing to the surface: an oversized fixing extends the lifespan. In the event of a material defect other than misuse, we ensure replacement.
For a large load, the stainless steel spacers combined with high-traction clamps provide optimal stability. Polyurethane adhesive profiles also offer good hold for lightweight panels. It is crucial to prepare the surface (residue-free cleaning) and check the maximum load supported before installation.
On an irregular facade (brick, plaster, stone), thick adhesive profiles fill small gaps. Suction cups fail on uneven surfaces. Clamps fit best on media with regular edges. For very atypical supports, a feasibility study is recommended.
A clamp exerts a mechanical clamping force without glue or marks. A suction cup creates a vacuum grip, ideal for smooth surfaces and light loads. An adhesive profile sticks permanently and is suitable for porous or matte surfaces. Each adapts to a different installation context.
Suction cups are suitable for light loads depending on their diameter and the condition of the window. Collet collets accept higher loads. Adhesive profiles are suitable depending on their thickness. Stainless steel spacers combined with clamps offer the best hold. Consult the manufacturer's technical data sheets to ensure safe installation.
Can't find the answer to your question ?
Turning to a specific fixing system generally occurs after a standard solution has proven unsuitable: wall too irregular, weight of the panel greater than the capacity of a conventional fixing, or desired visual effect which requires mounting at a distance from the support. Anticipating this need from the design stage of the project, rather than discovering it at the time of installation, avoids a last minute blockage once the panel has already been received. The right system rarely depends on a single criterion: it combines the nature of the support, the actual weight of the element to be fixed and the desired finishing effect, decorative or purely functional. A well-prepared signage project integrates the question of fixing upstream, in the same way as the choice of material for the panel itself.
Too many signage projects deal with the question of fixing last, once the panel has already been ordered, which severely limits the available options if the support proves incompatible with standard fixing. Checking the nature of the wall or hanging surface, concrete, plasterboard, glass or composite material, before validating the format and weight of the panel avoids this type of last minute blockage. On a project involving several installation points, a preliminary survey of the supports also makes it possible to standardize the fixing system chosen rather than multiplying different references.
A large format or particularly heavy panel should never rest on a single fixing point, even if the system used is designed for a significant load. Distributing the anchor points over the entire surface of the panel reduces the stress exerted on each individual fixing and limits the risk of progressive unhooking over time. This distribution is particularly important for separation panes, whose weight concentrated on a single point can weaken both the fixing and the hanging support. A well-distributed assembly also remains more stable in the face of vibrations or accidental manipulation.
Before final installation, a blank installation test makes it possible to check the alignment of the panel and the accessibility of the fixing points without incurring irreversible drilling. After installation, checking the tightening a few weeks later remains a good practice, particularly on supports subject to variations in temperature or humidity which can slightly modify the performance of the fasteners. This simple check allows you to tighten a point before it completely loosens rather than discovering a problem once the panel has fallen.
Using a fastener designed for a lower weight than that of the actual panel, not taking into account the exact nature of the wall, or improvising an additional anchor point not provided for by the manufacturer remain the most frequent errors on this type of installation. A support made of fragile material, like certain lightweight partitions, sometimes requires local reinforcement before even installing the fixing system, a step often neglected due to lack of time. Taking the time to validate each installation point, rather than identically reproducing an installation carried out on a different support, remains the best guarantee of long-term stability.
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