Matho Models 1/35 Walls & Floors – Ceramic Tiles B

Add realistic tiled surfaces to your diorama with Matho Models Walls & Floors – Ceramic Tiles B. This accessory includes one sheet printed with a detailed pattern of small blue ceramic tiles, designed to create tiled walls and floors with a convincing scale appearance.

The sheet measures 21.0 x 14.8 cm and features a high-definition print on thin gloss-coated paper. The detailed vector tile design provides clearly defined individual tiles across the surface, making it a useful option for adding distinctive architectural detailing to a project.

Detailed Blue Ceramic Tile Design

The tile pattern is produced in 1/35 scale, but the sheet can also be used for projects in other scales. You can cut it to the exact size and shape needed for a particular wall or floor, so you use only the section you need. Depending on the size of the areas being covered, a single sheet can provide material for more than one project.

For projects requiring more individualised tile placement, you can also cut separate tiles from the printed sheet. This gives you additional flexibility when creating smaller tiled areas or working with individual pieces rather than a complete continuous surface.

Cutting and Finishing

For the cleanest edges, cut the sheet using a really sharp knife with a new blade and a steel ruler. Measure the required area before cutting so you can match the printed tile section accurately to your project surface.

The printed surface can also be weathered to achieve the desired finished effect. This lets you adapt the blue ceramic tile pattern to match the surrounding scene while retaining the detailed printed design.

With its thin gloss-coated paper, high-definition printing and flexible cutting options, Ceramic Tiles B provides a straightforward way to reproduce small blue ceramic tiles without having to create each tile pattern individually. Use the full pattern for larger wall or floor areas, cut smaller sections as needed, or separate individual tiles for more specialised applications.