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Our Outrigger Pads are ideal as load-distributing pads for leveling, height compensation and for supporting containers, scaffolding, stages, machines and more.
Our Outrigger Pads are ideal as load-distributing pads for leveling, height compensation and for supporting containers, scaffolding, stages, machines and more.
A Full bond with cross joint is a laying method for mobile plastic panels, in which the panels are laid without offset in the Area network They are arranged. This creates uniform [areas/areas]. Platform areas and driving lanes, which can be set up quickly. With suitable Road plates For temporary areas, such areas can be used stably.
The actual stability However, it depends less on the laying principle than on the Connection systemOnly sufficient connection points within the surface structure ensure that forces are reliably absorbed and distributed.
Mobile plastic sheets are generally laid floatingThey rest on the substrate and remain movable within the system. This allows the entire system to move. Area network adapt to loads.
Several factors act on the surface simultaneously when driving over it: crossings, horizontal shear forces during steering movements and temperature-related material movements of the plastic. The material expands when heated and contracts when cooled.
In order for these influences to balance each other out, connection systems require a certain degree of Movement between the platesConnections that are too rigid would block these movements, and forces could build up within the system.
In a full bond pattern, the rows of tiles are laid without any offset. The joints run in continuous lines, creating a clearly structured appearance. Area network.
This laying method is often chosen when Platform areas or straight driving lanes to be built. Typical applications include temporary construction roads, work platforms or storage areas with predominantly linear movements.
In applications with strong steering movements or shunting operations can involve an offset Laying in a half-strap This offers advantages because forces are then distributed differently across the surface area.
The stability of a full bandage depends crucially on the Number of connection pointse in the system. During simple plates mostly only via four corner points or brackets connect in the handle holes of the short side of the plate, have high-quality plates with 12- or 16-hole connection systems via significantly more coupling points in a network of interconnected areas.
This distributes the loads across multiple connections instead of concentrating them on just a few corners. Furthermore, clamp connections typically only allow linear connections along the short edges of the plates, not the stable construction of... Platform areas or lateral extensions.
Proven practices for building stable surfaces:
As a practical recommendation for Platform areas The following applies: A connection system with as much as possible many coupling points in the area network increases stability the entire area is clearly visible.
This reference describes the construction of a platform surface using the x:tek high-performance road plate shown. Her 12-hole connection system enables many connection points and thus ensures a particularly stable coupling the plates.
For over 20 years supports Securatek Construction companies, landlords, and project managers involved in the planning of temporary lanes, platform areas, and construction roads. The experience gained from over 10.000 projects helps with that suitable panel system and to choose a safe laying principle. Request a consultation and plan platform areas safely and stably.
