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Tile Adhesives & Tile Grouts

Polymer-modified tile adhesives allow large-format tiles to be laid from top to bottom using the thin-bed technique.

VINNAPAS® polymer binders enhance the performance of tile adhesives, making it possible to use the thin-bed technique. They also allow the tile adhesive to be customized to a variety of tiles and substrates. The properties of tile grouts are also optimized by adding VINNAPAS® polymer binders.
To protect buildings from water, modern high-performance dry-mix mortars are formulated with water-repellent additives. SILRES® silane/silicone-based POWDER additives are an excellent alternative as they offer protection for surfaces as well as for the entire matrix.

1-component (1K) cementitious system

VINNAPAS® dispersible polymer powders enhance the performance of 1-component (1K) cementitious tile adhesives and optimize their cost-performance ratio. They are used in the formulation of premixed dry-mix mortars that need only be mixed with water at the jobsite.

Benefits:

  • Excellent adhesion to different substrates in a wide range of conditions
  • Longer open and correction times even at higher ambient temperatures
  • Improved cohesive strength
  • Improved flexibility to prevent cracking resulting from stress between the substrate and the tile

Deformability of Cementitious Tile Adhesives at 23 °C

Class S1 ≥ 2.5 mm; Class S2 ≥ 5.0 mm

VINNAPAS® improves flexibility and thus adds to longevity.

Applications:

  • Natural and artificial stones
  • Floor and wall tiles
  • Small and large format tiles
  • Porous and nonporous tiles
  • Mineral and non-mineral substrates

Improved Adhesion and Flexibility

Tile adhesives modified with VINNAPAS® polymer powders show strong adhesion properties, e.g. when applied between fully vitrified tiles and difficult substrates.

Product Recommendations

Table is scrollable
Products
Technical data
Einkomponentige zementäre Fliesenkleber
Minimum film forming temperature
Bond Strength after Water Immersion
Bond Strength after Heat Aging
Open Time
VINNAPAS® 4023 N (KOR) 1 °C[1] 33.8 °F[1] - - -
VINNAPAS® 4023 N (GER) 1 °C[1] 33.8 °F[1] Good Very good Very good
VINNAPAS® 4115 N (GER) 4 °C[1] 39.2 °F[1] Good Excellent Very good
VINNAPAS® 4121 N 1 °C[1] 33.8 °F[1] Good Excellent Very good
VINNAPAS® 4419 E (Scale-up Product) 4 °C[1] 39.2 °F[1] Good Excellent Excellent
VINNAPAS® 5005 N 11 °C[1] 51.8 °F[1] - Excellent Very good
VINNAPAS® 5010 N (GER) 4 °C[1] 39.2 °F[1] Good Excellent Very good
VINNAPAS® 5010 N (KOR) 4 °C[1] 39.2 °F[1] - - -
VINNAPAS® 5028 E (GER) 4 °C[1] 39.2 °F[1] Very good Very good Excellent
VINNAPAS® 5710 N (GER) (Scale-up Product) 4 °C[1] 39.2 °F[1] Good Excellent Very good
VINNAPAS® 5710 N (KOR) (Scale-up Product) 4 °C[1] 39.2 °F[1] - - -
VINNAPAS® 7220 E 5 °C[1] 41.0 °F[1] Excellent Excellent Very good
VINNAPAS® 7410 E 4 °C[1] 39.2 °F[1] Very good Excellent Very good
VINNAPAS® 8118 E 4 °C[1] 39.2 °F[1] Very good Excellent Excellent
VINNAPAS® 8620 E 5 °C[1] 41.0 °F[1] Excellent Very good Excellent
VINNAPAS® 8819 E (Scale-up Product) 4 °C[1] 39.2 °F[1] Very good Excellent Excellent
Legend
[1] Minimum film forming temperature | DIN ISO 2115,  [] Suited,  [] Well suited,  [] Ideally suited 

1-component (1K) ready-to-use system

1K ready-to-use ceramic tile adhesives do not have to be mixed on site and can be used straight from the bucket. VINNAPAS® polymer dispersions improve the performance of 1K ready-to-use systems such as adhesion, cohesion and flexibility. This makes it possible to bond a wide range of tiles on almost any surface, e.g. other tiles, wood or gypsum board.

Benefits:

  • Easy application
  • Longer open times even at high ambient temperatures
  • Improved flexibility to prevent cracking resulting from stress between the substrate and the tile
  • Excellent adhesion to different substrates
  • Improved cohesive strength

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Applications

  • Interior wall tiling in wet rooms and kitchens with natural and artificial stones
  • Small and large format tiles
  • Porous and nonporous tiles
  • Mineral and non-mineral substrates

Product Recommendations

Table is scrollable
Products
Technical data
Viscosity, dynamic Glass transition temperature
VINNAPAS® 202 HD 1500 - 3500 mPa·s 1500 - 3500 mPa·s 18 °C[1] 64.4 °F[1]
VINNAPAS® 224 HD 6000 - 12000 mPa·s 6000 - 12000 mPa·s approx. 20.0 °C[1] approx. 68 °F[1]
VINNAPAS® 240 HD 700 - 3000 mPa·s 700 - 3000 mPa·s approx. 0 °C[1] approx. 32.0 °F[1]
Legend
[1] Glass transition temperature | specific method,  [] Suited,  [] Well suited,  [] Ideally suited 

VINNAPAS® polymer powders improve the durability and visual appearance of grouts.

Benefits:

  • Higher flexibility and better mechanical properties
  • Protection against water penetration thanks to greatly improved adhesion to tile edges and reduced shrinkage
  • Increased deformability and improved abrasion resistance
  • Higher hydrophobicity and water repellency when using VINNAPAS® H Class polymer powders
  • High durability

Abrasion Resistance of Polymer-Modified Tile Grouts

Application Spectrum:

  • Natural and artificial stones
  • Floor and wall tiles
  • Small and large tiles
  • Porous and nonporous tiles
  • Interior and exterior

Product Recommendations

Table is scrollable
Products
Technical data
Fugenmörtel
Minimum film forming temperature
Hydrophobicity
Workability
VINNAPAS® 3030 H 0 °C[1] 32.0 °F[1] Excellent Medium
VINNAPAS® 5048 H 0 °C[1] 32.0 °F[1] Very good Very good
VINNAPAS® 5518 H 4 °C[1] 39.2 °F[1] Very good Very good
VINNAPAS® 7031 H 0 °C[1] 32.0 °F[1] Very good Excellent
VINNAPAS® 8031 H 0 °C[1] 32.0 °F[1] Very good Very good
VINNAPAS® 8034 H 0 °C[1] 32.0 °F[1] Excellent Good
Legend
[1] Minimum film forming temperature | DIN ISO 2115,  [] Suited,  [] Well suited,  [] Ideally suited 

WACKER’s SILRES® POWDER Additive portfolio includes products based on silanes and silicones that are manufactured with two different technologies. The active ingredient in SILRES® POWDER A is located on the surface of an inorganic carrier, while in SILRES® POWDER D, it is encapsulated.

SILRES® POWDER additives can simply be added to dry formulations to impart hardness, adhesion and strength to the end product. They are compatible with a broad range of dry additives and remain stable in alkaline formulations.

Benefits:

  • Water repellency and protection against defects caused by the ingress of water
  • Integral treatment, long-lasting protection against water
  • Stain resistance
  • Durability – increases product lifecycle
  • No negative impact on hardness, adhesion and strength of the end product
  • Environmentally friendly: manufactured without the use of organic solvents.

Produktempfehlungen

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