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Special offers / Remaining stock
Special offers / Remaining stock

Screen printing panels

Screen printing panels are robust wood-based panels for areas where high load-bearing capacity and a resistant surface are required. The multi-layer structure made of birch veneers makes them versatile – including in workshops, interior construction, transport, and for various building and construction work.

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Now available at Gunreben.de in the usual top quality:

Screen printing panels – robust panels for workshops, interior fitting, and construction

Screen printing panels are coated wood-based panels that are particularly suitable for areas requiring a resilient and durable surface. Our birch screen printing panels are used in trades, workshops, interior fitting, as well as in the vehicle and transport sectors, among others.

Depending on the application, there is a variety of dimensions and thicknesses of screen printing panels to choose from. The planned load, support spacing, and the specific intended use are particularly decisive for your choice.

What are screen printing panels?

Screen printing panels consist of multiple layers of wood glued together and have a resilient coating. This distinguishes them from uncoated plywood or multiplex panels, primarily through their robust wear surface.

The multi-layer structure and coated surface make screen printing panels attractive for many trade and interior fitting tasks where the panel is regularly subjected to mechanical stress.

What are screen printing panels used for?

Screen printing panels are used, for example, for work surfaces, workshop panels, floor panels, transport floors, cladding, and various interior fitting and construction work. They are also frequently used in vehicle and trailer manufacturing.

Which screen printing panel is suitable for an application depends on the specific construction. Cladding, for example, places different requirements on the panel than a regularly loaded floor or work surface.

Selecting screen printing panels: dimensions and thicknesses

Screen printing panels are available at Gunreben in various designs and thicknesses from 9 mm to 24 mm. Thinner panels are suitable for cladding and areas with lower loads, for example. For work surfaces, floors, or structural applications, however, thicker panels may be required.

The required panel thickness cannot be determined by the intended use alone. Load, support spacing, and fastening must also be taken into account. You can find the currently available dimensions of the screen printing panels directly with the respective items in this collection.

Advantages of screen printing panels

  • Multi-layer structure of birch veneers
    The panel consists of several glued-together wood layers.
  • Robust and durable surface
    The coating protects the wear surface from mechanical stress.
  • For various areas of application
    Screen printing panels are used in workshops, interior fitting, transport, and vehicle and trailer construction, among other things.
  • Various panel thicknesses
    At Gunreben, screen printing panels are available in various thicknesses from 9 mm to 24 mm.
  • Selection matched to the construction
    Thickness and design can be chosen according to load, support spacing, and intended use.

Screen printing panel or OSB-3 panel?

OSB and screen printing panels are different types of wood-based panels. Screen printing panels have a coated, resilient surface and are frequently used for loaded surfaces. OSB-3 panels, on the other hand, consist of oriented wood strands and are used primarily for structural applications in timber construction as well as for walls, floors, and roofing.

Which panel is better suited for a particular application therefore depends not only on the required thickness, but also on the construction, load, and surface requirements. You can find more wood-based panels in our panels overview.

Professional advice for selection and planning

When selecting a screen printing panel, consider not only the panel dimensions and thickness. Especially with loaded floors and work surfaces, support spacing, fastening, and the planned load play an important role. In cases of exposure to moisture, uncoated cut edges should be protected accordingly.

FAQs

Screen printing panels are multi-layered wood-based panels with a durable coating. They are primarily used where a stable panel with a robust surface is required, for example in workshops, in interior fit-outs, as well as in the vehicle and transport sector.

Screen printing panels are suitable for work surfaces, workshop boards, floor panels, transport floors, cladding, and various fit-out and construction projects, among other uses. Which version is suitable depends on the load, the supports, and the specific application.

At Gunreben, screen printing panels are available in various thicknesses ranging from 9 mm to 24 mm. The required thickness depends in particular on the load, the support spacing, and the area of application. Thinner panels may be sufficient for cladding, while thicker versions may be required for heavily used floors or work surfaces.

Screen printing panels are offered in various panel formats. The currently available dimensions and thicknesses can be found directly with the respective items in this collection. When making a selection, the required panel thickness and the planned construction should be considered alongside the length and width.

OSB and screen printing panels are different types of wood-based panels. Screen printing panels have a robust, coated surface and are often used for high-wear surfaces. OSB-3 panels consist of oriented wood strands and are mainly used for structural applications in timber construction as well as for wall, floor, and roof areas. Suitable products can be found under OSB-3 panels.

When working with these panels, clean cutting and fastenings appropriate for the construction are important. Cutting creates uncoated edges that can be additionally protected depending on the application and moisture exposure. Thickness, support spacing, and fastening should also be matched to the planned load.