Tile spacers MODECO MN-76-013 8 mm for clinker tiles, pack of 30

MODECO MN-76-013 8 mm tile spacers are plastic distance crosses supplied in a pack of 30, designed specifically for laying clinker tiles. These spacers create consistent 8 mm grout joints, assist in maintaining straight tile alignment and equal spacing, and are suitable for both floor and wall applications where a uniform joint width is required. They are lightweight, easy to position between tiles and can be removed after adhesive sets; depending on condition and adhesive type they may be reusable.

Advantages

These 8 mm spacers provide precise and repeatable joint width, reducing the need for manual measurement during installation. The plastic construction resists moisture and does not deform under typical tiling pressures, ensuring consistent alignment. Supplied in a pack of 30, they cover a range of small to medium tiling tasks and are compact for easy storage on the job site.

Suitable for

• Laying clinker tiles on floors
• Installing clinker tiles on walls
• Situations requiring consistent 8 mm grout joints
• Small renovation or repair jobs

Key specifications

• Material: plastic
• Joint width: 8 mm
• Type: distance cross (tile spacer)
• Quantity per pack: 30 pieces
• Intended tile type: clinker tiles

How to use

Place the MODECO 8 mm spacer at the intersection of four tiles or along the edge between two tiles to establish the required joint width before the adhesive sets. Press tiles firmly against the spacers to ensure even contact and alignment, then allow the adhesive to cure according to the adhesive manufacturer's instructions. After curing, remove the spacers by hand or with a suitable tool and proceed with grout application. Inspect spacers for damage before reuse.

Usage recommendations

For reliable results, use these spacers with tile adhesives and grouts recommended for clinker tiles, follow manufacturers' curing times, and replace any spacers that show deformation. Store spacers away from direct sunlight and high heat to prevent warping.