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Dekton Taga
Cosentino Dekton Taga displays broad coloured waves and swirls and fascinating streaks with continuous veining throughout the slab. Read More
Like its counterpart, Dekton Taga is inspired by the famous Taj Mahal quartzite, which combines natural beauty with the technological strength of Stonika.
A Dekton Taga countertop is desirable because it beautifully resembles marble while being harder and more durable than granite.
Cosentino Dekton Taga displays broad-coloured waves, swirls, and fascinating streaks with continuous veining throughout the slab. Moreover, its shades are soft, with creamy beige and tan marble-style veins. Altogether, the hue of this worktop is neutral, and it fits nicely in modern and pragmatic kitchens.
With revolutionary design and manufacturing blended with gorgeous raw materials, the Dekton Taga XGloss 322 x 144 cm slabs offer a new way to decorate interiors and outdoors without compromising perfect functionality. You can choose from 8 mm, 12 mm, 20 mm, and a gorgeous polished finish.
Dekton Taga vs Arga: Modern Spaces vs Classic Designs
Whilst Arga focuses on classic aesthetics, Dekto Stonika Taga is a more modern version that retains the quartzite’s personality. The stone offers overall greyish tones with dominating marble and sparkling veins. The brilliant lustre and aesthetic beauty make it a luxurious work surface.
Taga offers so much personality that you don’t need to do much more with your design after you install it. You can even pair it with plain-coloured kitchen cabinets as a backsplash, kitchen island wrap-around, or fireplace wall panel.
Revolutionize Your Home Set-Up With a Dekton Taga Kitchen
A Dekton countertop provides additional advantages over other worktop materials such as quartz, marble, and granite. In addition, the slabs undergo treatment during the production process, resulting in advanced stain-resistant nanotechnology, UV ray protection, water resistance, impact resistance, and heat resistance.
Our Taga ultracompact surface has outstanding finishing, long-lasting endurance, and stunning looks. Indeed, this kitchen worktop’s feel and visual experience evoke the beauty of natural materials.
Dekton worktops provide numerous advantages for both home and office environments. They meet all technical criteria to transform any interior or outdoor design into a highly durable surface.
A Wide Range of Colours
With fifty different colours across seven collections, Dektonworktops offer endless combinations of colour, finish, and thickness. Whether you prefer traditional or contemporary designs, the seven collections—Natural, Tech, Solid, Industrial, Liquid, and Stonika—cover every design style and theme.
Scratch and Abrasion Resistant
Dekton countertops offer superior scratch and abrasion resistance, with a wear volume average abrasion of 116 mm3. This makes them almost 5.5 times more resistant than marble, with an abrasion wear of 22.23 mm3, making them ideal for high-use areas.
Unrivalled Thermal Shock Resistance
Unlike natural stones like marble and granite or engineered stones like quartz, Dekton worktops withstand extreme temperature changes. They can handle up to 300 degrees Celsius, letting you place hot items directly on the surface without fear of cracking, burning, or scorching.
Fireproof
Dekton is rated Class A1 according to the UK's BS EN 13501-1 regulation, the highest performance rating for fire resistance. This means it can tolerate direct contact with heated cookware and devices without getting burned, ensuring your kitchen remains safe and durable.
Easy to Clean
Unlike other materials, a Dekton kitchen worktop isn't affected by bleach or acids. Spray any household cleaner on the surface for quick clean-ups, making it perfect for kitchen and bathroom areas where messes are frequent.
Low Maintenance
One of Dekton's biggest advantages is its low maintenance. The surface doesn't require sealants, additional coatings, primers, or enhancers, which translates to significant time and cost savings over other worktop materials that demand regular upkeep.
Stain Resistant
Dekton can withstand common kitchen ingredients like wine, turmeric, coffee, lemons, and ketchup, ensuring your work surface remains pristine. Use a spray like Windolene or water and neutral soap for daily cleaning.
Dimensional Stability
Dekton's large slab sizes of 3200 x 1440 mm allow for efficient planning and installation, reducing material waste and cost. The slabs expand minimally, ensuring tight seams between worktops.
High Mechanical Strength
The pressing process, with up to 25,000 tonnes, gives Dekton its unmatched mechanical strength. Its compactness offers versatility in five thickness options, making it suitable for areas requiring high-impact resistance.
UV Light Resistance
Ideal for indoor and outdoor applications, Dekton worktops are highly resistant to UV light, ensuring they do not fade or deteriorate over time.
High Resistance to Hydrolysis
Dekton's superior resistance to hydrolysis makes it perfect for application in bathrooms, spas, and outdoor pools. The surface does not split or deteriorate, ensuring long-term durability.
Resistant to Freezing and Thawing
Designed to withstand diverse weather conditions, Dekton's resistance to freezing and thawing ensures it performs exceptionally well, even in extreme climates.
CHEMICAL FORMULATION
Because this stone contains no resins or organic ingredients, Dekton does not employ a polymerisation process during its manufacture, and its chemical makeup is entirely inorganic.
In addition, DEKTON uses several formulas that vary according to the surface type, meaning that the final chemical structure can change without affecting its chemical or physical qualities.
Aluminium silicates, amorphous silica, crystalline silica, zircon, and inorganic colours are a few examples of DEKTON's chemical makeup. The crystalline silica component in all colours and formulations is always less than 11% by weight.
TECHNICAL CHARACTERISTICS
| TEST | STANDARD | DETERMINATION | Units | Family i | Family ii | Family iii |
|---|---|---|---|---|---|---|
| Flexural and bending strength | UNE EN ISO 10545-4 | Average flexural strength |
N |
60 | 67 | 59 |
| UNE EN ISO 10545-4 | Average bending load | N | 2.548 | 2.313 | 2.356 | |
| UNE EN ISO 10545-4 | Average bending strength | % | 14.966 | 13.559 | 13.818 | |
| Water absorption, open porosity and densities | UNE EN ISO 10545-3 |
Boiled water absorption |
% |
0 |
0,1 |
0,1 |
| UNE EN ISO 10545-3 | Vacuum water absorption | % | 0,1 | 0,1 | 0,1 | |
| UNE EN ISO 10545-3 | Open porosity | % | 0,2 | 0,2 | 0,2 | |
| UNE EN ISO 10545-3 | Apparent relative density | g/cm | 2,51 | 2,61 | 2,53 | |
| UNE EN ISO 10545-3 | Apparent density | g/cm | 2,50 | 2,61 | 2,52 | |
| Resistance to deep abrasion | UNE EN ISO 10545-6 | Abrasive volume | mm3 | 125 | 106 | 115 |
| Determination of dimensions and surface aspect | UNE EN ISO 10545-5 C | Coefficient of average restitution | - | 0.85 | 0.85 | 0.85 |
| Determination of thermal linear dilation | UNE EN ISO 10545-8 | Dilatation between 30-100ºC | ºC-1 | 6,5. 10-6 | 5,1. 10-6 | 0,3. 10-6 |
| Determination of thermal shock resistance | UNE EN ISO 10545-9 | Damage | - | Approved / undamaged | Approved / undamaged | Approved / undamaged |
| Determination of humidity dilation | UNE EN ISO 10545-10 | Maximum expansion | mm/m | 0.1 | 0.1 | 0.1 |
| Average expansion | mm/m | 0.0 | 0.0 | 0.0 | ||
| Determination of freeze resistance | UNE EN ISO 10545-12 | Damage | - | Approved / undamaged | Approved / undamaged | Approved / undamaged |
| Determination of chemical resistance | UNE EN ISO 10545-13 | ClNH4 / Cleaning products | Class | UA (undamaged) | UA (undamaged) | UA (undamaged) |
| Bleach / Salts for pools | Class | UA (undamaged) | UA (undamaged) | UA (undamaged) | ||
| HCl (3% v/v) | Class | UA (undamaged) | UA (undamaged) | UA (undamaged) | ||
| Citric Acid (100 g/l) | Class | UA (undamaged) | UA (undamaged) | UA (undamaged) | ||
| KOH (30 g/l) | Class | UA (undamaged) | UA (undamaged) | UA (undamaged) | ||
| HCl (18%) | Class | UA (undamaged | UA (undamaged | UA (undamaged | ||
| Lactic Acid (5%) | Class | UA (undamaged | UA (undamaged | UA (undamaged | ||
| KOH (100 g/l) | Class | UA (undamaged | UA (undamaged | UA (undamaged | ||
| Determination of stain resistance | UNE EN ISO 10545-14 | Agente green | Class | 5 | 5 | 5 |
| Agente red | Class | - | - | - | ||
| Iodine (solution) | Class | 5 | 5 | 5 | ||
| Olive Oil | Class | 5 | 5 | 5 |
TECHNICAL SPECIFICATIONS
| TEST | STANDARD | DETERMINATION | UD | Family i | Family ii |
|---|---|---|---|---|---|
| Moisture expansion | ASTM C370 | Average moisture expansion | % | 0.02 | 0.005 |
| Breaking strength | ASTM C648 | Average breaking strength | Ibf | 3963 | 4896 |
| Flexural properties | ASTM C674 | Average modulus of rupture | psi | 10828 | 13997 |
| Water absorption, bulk density, apparent porosity and apparent specific gravity | ASTM C373 | Average water absorption | % | 0.03 (Impervious) | 0.05 (Impervious) |
| Static coefficient of friction (skid resistance) | ASTM C1028 | Static coef. Friction dry | - | 0.80 | 0.77 |
| Static coef. Friction wet | - | 0.66 | 0.56 | ||
| Wet dynamic coefficient of friction (DCOF) | ANSI A126.1 section 9.6.1 | Average DCOF | - | 0.57 | |
| Relative resistance to wear (Taber abrasion) | ASTM C501 | Average Abrasive Wear Index | 182.2 | 337 | |
| Thermal shock resistance | ASTM C484 | Defects | No Defects | No Defects | |
| Bond strength | ASTM C482 | Average bond strength | psi | 423 | 437 |
| Resistance to chemical substances | ASTM C650 | Common Household and cleaning chemicals | % | ||
| Acetic acid, 3% (v/v) | - | Not affected | Not affected | ||
| Acetic acid, 10% (v/v) | - | Not affected | Not affected | ||
| Ammonium chloride, 100 g/L | - | Not affected | Not affected | ||
| Citric acid solution, 30 g/L | - | Not affected | Not affected | ||
| Citric acid solution, 100 g/L | - | Not affected | Not affected | ||
| Lactic acid, 5% (v/v) | - | Not affected | Not affected | ||
| Phosphoric Acid, 3% (v/v) | - | Not affected | Not affected | ||
| Phosphoric Acid, 10% (v/v) | - | Not affected | Not affected | ||
| Sulfamic Acid, 30 g/L | - | Not affected | Not affected | ||
| Sulfamic Acid, 100 g/L | - | Not affected | Not affected | ||
| Swimming pool chemicals | - | Not affected | Not affected | ||
| Sodium hypochlorite solution, 20 mg/L | - | Not affected | Not affected | ||
| Acids and bases | |||||
| Hydrochloric acid solution, 3% (v/v) | - | Not affected | Not affected | ||
| Hydrochloric acid solution, 18% (v/v) | - | Not affected | Not affected | ||
| Potassium hydroxide, 30 g/L | - | Not affected | Not affected | ||
| Potassium hydroxide, 100 g/L | - | Not affected | Not affected | ||
| Absorption and bulk gravity | ASTM C97 | Average weight per cent absorption | % | 0,02 | 0,04 |
| Average density | Ib/f | 156 | 160,63 | ||
| Modulus of rupture | ASTM C99 | Average modulus of rupture dry conditions | psi | 8128 | 9042 |
| Average modulus of rupture wet conditions | psi | 7490 | 8446 | ||
| Flexural strength | ASTM C880 | Average flexural strength dry conditions | psi | 6840 | 3118 |
| Average flexural strength wet conditions | psi | 6205 | 4187 | ||
| Compressive strength | ASTM C170 | Average compressive strength dry conditions | psi | 34409 | >55000 |
| Average compressive strength wet conditions | psi | 17823 | >55000 | ||
| Abrasion resistance | ASTM C1353 | AverageAbrasion Index | - | 349 | 349,48 |
SLIP RESISTANCE REPORT
According to STANDARD EN -14.631Family I (Spectra, Domoos, Sirius, Sirocco, Kadum, Strato, Keranium, Ananké)
| Finish | NATURAL | NATURAL | SLATE | SLATE | WOOD | WOOD | POLISHED | POLISHED |
| Colour | PDomoos / Strato / Sirocco / Kadum / Keranium | PDomoos / Strato / Sirocco / Kadum / Keranium | Sirius | Sirius | Ananké | Ananké | Spectra | Spectra |
| Determination | PSRV dry | PSRV wet | PSRV dry | PSRV wet | PSRV dry | PSRV wet | PSRV dry | PSRV wet |
| Value | 48 | 23 | 49 | 22 | 44 | 21 | Pending Test | Pending Test |
COLOUR AND TONES
Cosentino assigns numbers to describe tones in the colours (slight changes in coloUr intensity), and each slab is defined by Colour & Tone.
Here are the factors that determine Dekton colours and tone variation:
- Colours in solids: E variant (control with) The slab unit label with Colour and Tone Code reflects the colour and tone.
- The label determines the slab's Tracing and its history. As it progresses through the industrial manufacturing operation via the slab number (batch).
- Spectrophotometer settings: Lab/D65/10o).
- Colours with veins: visible differences (of pattern)
Dekton: 25-year warranty
Besides technical superiority, originality, and style, Dekton offers a 25-year warranty on its designs.
You must provide your invoice/receipt when filling out the Dekton warranty form within 6 (six) months of your purchase to activate your warranty.
If you don't activate your warranty within this period, you will enjoy the same benefits for 2 (two) years.
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RETURNS AND SHIPPING POLICY RETURNS
Except for damaged surfaces, all sales are final. Please call 020 39760029 or email [email protected] for more information before mailing exchanges or online purchasing return products installed in faulty or damaged condition.
SHIPPING \ TURNAROUND
We process all orders within one business day. However, specific stones may have longer lead times due to high demand or special-order items from other countries.
DELIVERY & INSTALLATION COSTS
We compute delivery and installation costs at the time of purchase. Our team of professional stone fitters install all stone surfaces.
Installation and delivery charges vary depending on weight, site access, and delivery location from our workshop in West London, United Kingdom.
INSTALLATION & DELIVERY ADDRESSES
Stone worktop installation is available in London and 150 miles surrounding areas. Don't hesitate to get in touch with our Worktop Library Service Team at (20) 39760029.
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