Swirl

The challenge in screen printing

During the screen printing process, the ink must flow evenly through the mesh openings. If the mesh openings, thread diameters or tension in the fabric are not consistent, the amount of ink applied may vary from one position to another. This can result in colour variations and other visible imperfections. The quality of the mesh therefore plays a key role in the final print result.

In addition, the screen must be flat, clean and free from damage. A crease, fold or weaving defect can affect the printed image. This, in turn, can lead to the end product being rejected. Screen printing therefore requires metal mesh that meets strict technical quality requirements.

The role of screen printing mesh

The mesh acts as the precise carrier through which the machine applies ink to a surface according to the desired pattern. The open areas of the mesh allow the ink to pass through, whilst the covered areas prevent the ink from reaching other areas. In this way, the mesh determines where the ink is applied to the surface and where it is not. An even mesh structure ensures controlled ink transfer.

Royal Dinxperlo produces screen printing mesh with an exceptionally smooth weave. This creates a flat and even surface that contributes to a sharp and uniform print result. Furthermore, the consistent quality helps to prevent colour variations and other irregularities during the printing process.

Why choose stainless steel mesh?

Royal Dinxperlo manufactures screen printing mesh exclusively from AISI 304 stainless steel. This material combines dimensional stability and strength with a smooth surface and a long service life. This makes it a suitable basis for precise and repeatable screen printing processes. The mesh is available with wire diameters ranging from 0.02 to 0.5 millimetres and in widths of up to 2,000 millimetres.

In addition to unrolled mesh, Royal Dinxperlo also offers calendered versions. In this process, we calender the woven mesh so that, for the same wire diameter and mesh size, a thinner fabric thickness

is achieved. This can reduce ink consumption during the screen printing process. The desired ink transfer and the technical requirements of the application therefore determine which version is most suitable.

Why choose Royal Dinxperlo?

Royal Dinxperlo has many years’ experience in the production of high-quality woven mesh for screen printing applications. Thanks to our precise production methods and strict quality controls, we supply mesh for demanding and reproducible printing processes.

Furthermore, we carefully inspect the mesh for creases, folds, streaks and weaving defects. This ensures you receive a clean and evenly woven product. We also offer both calendered and uncalendered versions. This allows us to tailor the screen printing mesh precisely to your production process and desired print result.

Our advantages:

  • High-quality stainless steel screen-printing mesh.
  • Manufactured from AISI 304.
  • Exceptionally smooth and uniform weave.
  • Free from folds, creases, streaks and weaving defects.
  • Consistent mesh structure for uniform ink transfer.
  • Available in calendered and uncalendered versions.
  • Wire diameters ranging from 0.02 to 0.5 millimetres.
  • Available in widths of up to 2,000 millimetres.
  • European production and high delivery reliability.

Looking for high-quality screen-printing mesh?

Are you looking for stainless steel screen-printing mesh for a precise and reproducible printing process? Royal Dinxperlo supplies clean and flawlessly woven mesh that meets your technical specifications. You can choose between calendered and uncalendered versions.

Thanks to our experience, consistent product quality and wide range of available specifications, you receive a reliable foundation for high-quality screen-printing results. In addition, our specialists are happy to advise you on the right wire diameter, mesh size and fabric thickness. This ensures that you receive screen-printing mesh that meets the technical requirements of your printing process.

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