100 PCS Tile Leveling System Tool Clips 2.0mm Spacer

SKU: sr260622174320951377694

£6.38

Style Type:

Shopping Security

Features: TILE LEVELING SYSTEM: Tile leveling set is a great tool for floor/wall settings, the set effectively adjusts and levels tiles. It effectively solves the problem of slow construction and can quickly and easily lay ceramic tiles, saving time and effort. HIGH-QUALITY MATERIAL: Made of high-quality plastic, with good toughness and not easy to deform. The operating handle of the push pliers is comfortable and will not tire your hands after long-term use. Pushing pliers and Wedges are reusable, effectively saving costs. Tile spacers are disposable and easy to remove. PRECISE LEVELING: Make full use of the lever principle to achieve efficient positioning and precise leveling. Achieve perfectly flat walls and floors. Set includes: Pushing Pliers, 100 PCS Wedges, 100 or 200 PCS 1.5mm/2.0mm/3.0mm tile spacers. EASY TO USE: The tile leveling set is easy to use. You only need to put the spacer under the tile when installing the tile, lay the cement and another tile, press the Wedges into the spacer, and push it tightly with the push pliers. Once the cement is dry, use a hammer to knock or kick off the tile spacers. It is easy to use and can quickly level ceramic tiles. WIDELY APPLICABLE: Tile leveling system is specially designed for quick installation of floor tiles or wall tiles, quickly achieving leveling for floor tile installation. The 3mm tile spacers are very suitable for the laying and installation of ordinary tiles, antique tiles and outdoor tiles. Specification: Material: Plastic Colour: White / Red Size: As picture shown Package Included: Option 1: Only 100 PCS 2.0mm Spacers Option 2: 100 PCS Spacer + 100 PCS Wedges + 1 Plier Option 3: 200 PCS Spacer + 100 PCS Wedges + 1 Plier Note: 1.Due to the difference between different monitors, the picture may not reflect the actual color of the item. We guarantee the style is the same as shown in the pictures 2.Please allow slight dimension difference due to different manual measurement