Tile Spacer Wedges MODECO MN-76-010 27 x 6 mm, pack of 100

MODECO tile spacer wedges MN-76-010, size 27 x 6 mm, pack of 100 are plastic alignment wedges designed to create and maintain even grout joints and level tile surfaces during installation and adhesive curing. These wedges work with ceramic, porcelain and mosaic tiles and help hold tiles at a consistent distance while preventing movement until the adhesive sets. The compact wedge shape and smooth surface allow easy insertion and removal without damaging tile edges.

Advantages

The wedges are made of durable plastic that resists deformation during typical tiling work and provides reliable spacing consistency. Their 27 x 6 mm dimensions give a predictable joint width suitable for a range of tile sizes and formats. Sold in a pack of 100, they supply enough pieces for small to medium projects and can be reused in multiple phases when handled carefully.

Suitable for

• Alignment of ceramic wall and floor tiles
• Installation of porcelain and glazed tiles
• Mosaic tile positioning and leveling
• Renovation and professional tiling tasks requiring consistent grout joints

Key specifications

• Material: plastic
• Wedge dimensions: 27 x 6 mm
• Pack quantity: 100 pieces
• Function: tile spacing and alignment during adhesive curing
• Compatibility: suitable for ceramic, porcelain and mosaic tiles

How to use

After applying tile adhesive and placing the first tile, insert a wedge at the tile edge or between tiles to achieve the desired joint width and alignment. Place wedges at regular intervals along the edges where needed to maintain level surfaces while the adhesive cures. Once the adhesive has set sufficiently, remove the wedges by gently tapping or pulling them out. Clean any adhesive residue from the wedge surfaces before reuse.

Usage recommendations

Use the wedges in combination with other leveling aids and spacers as required for larger tiles or uneven substrates. Avoid exposing wedges to open flame or high temperatures. Store the pack in a dry place away from direct sunlight to preserve plastic integrity and enable reuse.