TILE ADHESIVE

Tile adhesive is a polymer-modified cementitious mortar used for bonding tiles.

Follow standards:ISO 13007/EN 12004

01What is tile adhesive?

Tile adhesive is a specialised bonding material formulated with cement as its base, incorporating high-molecular polymers (such as polypropylene fibres or Redispersible Dispersible Polymer Powder), fillers (such as quartz sand), and additives (such as cellulose ethers or starch ethers). It is designed for the installation of ceramic tiles, stone, or mosaic.
Through chemical and physical interactions, tile adhesive forms a high-strength bonding layer. It is suitable for both wall and floor tiling applications, particularly for low-water-absorption tiles such as porcelain tiles and polished tiles.

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02Standard and Formula

International standards for tile adhesives primarily include European Standard EN12004 and American Standard ANSI A118.1–4. These standards systematically test and classify tile adhesives according to their bonding strength, water resistance, freeze-thaw resistance, and workability.

Based on the EN standards the global standard ISO 13007 was implemented in 2005. The basic requirements were adopted from the European norms EN 12004 and EN 12002 . The long term goal of the International Standards Organization is the establishment of homogenized terminology and technical requirements which are adhered to by adhesive manufacturers around the world.

This standard imposes stringent requirements on the physical properties, chemical stability, and environmental adaptability of tile adhesives, such as:

  • Bond strength must remain stable after immersion in water
  • Heat resistance must maintain strength without degradation after 168 hours at 70°C
Cement Based Tile Adhesive Reference Formula

03Additives

SIDLEY’s additives deliver exceptional performance in tile adhesive applications. For tile adhesive: Cellulose ethers provide outstanding water retention performance and extended open time; Redispersible Polymer Powder(RDP) offers excellent flexibility and strength alongside water repellency; Starch ethers deliver superior thickening and Sag resistance. We assist clients in resolving diverse tile adhesive challenges and provide tailored solutions.

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15000Mc Annual Capacity
6000RDP Annual Capacity
20000CaFo Annual Capacity
3000Starch Ether Annual Capacity

Drymortar Tech+

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Tile adhesive loses bond strength after water immersion? Learn how RDP, water ratio, curing, and polymer balance affect wet adhesion… Continue reading

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Tile adhesive can still slip even after increasing HPMC. Learn how HPMC grade, water demand, starch ether, thixotropy, and formulation balance affect slip resistance… Continue reading

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Learn why dry mortar has poor water retention and how HPMC and MHEC can improve water retention, workability, and cement hydration in dry-mix mortar… Continue reading

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Mortar Setting Too Fast in Summer Heat?

Mortar drying out in half an hour on summer job sites? High-temperature accelerated hydration is the culprit. This article breaks down the features and selection of sodium gluconate, citric acid, tartaric acid, and boric acid retarders, with dosage adjustment and blending strategies to tackle summer construction challenges… Continue reading

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Discover why dry mix mortar cakes during storage and transportation. Learn how moisture, packaging, raw materials, and formulation affect storage stability, and explore practical solutions to maintain product quality… Continue reading