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A few words about engineered quartz stone surfaces.
Brand name such as Caesarstone, Silestone, Cambria, Zodiac are very expensive. Our Quartz stone has the same exact physical & mechanical properties, manufactured with the same advance technology for almost half the price! Also we can provide it as cut to size counters, in different thickness from 12mm up to 30mm enabling us to produce tile size 305x305mm, 400x400mm, 600x600mm or any cut to size.For counters or benchtops edge style please click here.
What is Engineered quartz stone surfaces?
Quartz stone surfaces are man made. The manufacturing process to make quartz to a slab or counter top makes use of raw quartz crystals, one of the hardest substances available. After the quartz has been selected and ground, the crystals are then combined with resin, a bonding agent, and color. All of this is heated and vibro-compacted to create an impenetrable surface. The quartz stone have to be composed of at least 93% quartz or they can't claim the durability, impermeability or the hardness of a real quartz surface. The final product is non-porous, has great durability and is stronger than granite.
Engineered Quartz stone surfaces are available in a wide variety of colors that can't be found naturally because the crushed quartz stone is combined with dye. You should take advantage of this versatility available for your kitchen, floors or wall design when you are considering quartz stone surfaces, so that they are able to dazzle the eye while still having the appearance of stone. The edge profiles on quartz kitchen counter tops can range from simple bevels to ogee and bullnose just as with natural stone.
Because the quartz stone surfaces is non-porous, its polished surfaces don't have to be sealed, like granite or other natural stones, in order to keep them from staining. Quartz stone surfacing is practically indestructible and pretty much maintenance free. It resists stains that are caused by fruit juices, wine, food coloring, fingernail polish and remover, tea and markers. The non-porous and non absorbing nature of quartz stone surfaces is very hygienic, it does not harbor bacteria, which makes it a safe choice for food handling in the kitchen. Cleaning your quartz stone kitchen counter tops is quite easy. It involves using a little soapy water or a mild cleaner.
We can offer you quartz stone surfaces for much less than most engineered quartz stone surfaces such as CaesarStone, Silestone, Zodiac and Cambria. Our color choice variety is very wide and available in different thicknesses. Tiles, slabs and cut to size or as ready pre fab. counter tops and bench tops.
Care and Maintnance
The ever lasting finish requires only simple and routine care to maintain its good looks. Cleaning with a damp cloth and a little liquid detergent will do the job. Because Engineered quartz?surfaces is impervious to stains, it will withstand exposure to tea, soda, wine, vinegar, lemon juice, and strongly colored spices. Just wipe away and the surface is like new again.
Any multi-purpose cleaner or detergent can be used on these stains. For extra stubborn spills, use a green scouring pad to shift the dirt. It won? damage the tough surface. Cleaning liquid like bleach is also good for removing stains that seem to be hard to remove at first.
Engineered quartz surfaces?is non-porous and will therefore keep its lustrous gloss and ultra smooth surface without polishing. However, occasional home polishing can enhance stain resistance and ease of cleaning. Any granite-polishing agent may be used.
Engineered quartz?surfaces can tolerate moderately hot temperatures for brief periods of time without warping, discoloring or otherwise being damaged. This makes our surfaces ideal for kitchens because an accidentally misplaced hot pot will not ruin the countertop. However, take care to avoid direct contact for a long time with very hot pots.
Physical Properties
Comparison Table ?Engineered quartz?surfaces and natural stone products.
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Product
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Flexural Strength (Kg/cm2)
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Impact Test (cm)
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Water Absorption Imbition by weight (%)
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Compressive strength (Kg/cm2)
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Freezing Compressive Strength After 25 Cycles
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Engineered quartz surface
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515
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135
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0.02
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2200
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2082
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Marble (Botticino)
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60
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29
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0.055
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2161
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2082
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Granite (Rosa Fiorito)
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134
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63
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0.55
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1923
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1906
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DIN proven tests
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42112
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2234
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52103
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52105
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52104
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Test performed
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ASTM
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Result
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DIN
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Result
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Flexural strength
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C-880
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7,420 psi
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52112
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515 kg/cm/FONT>
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Absorption
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C-97
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0.022%
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52103
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0.02%
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Mohs hardness
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Scratch test
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6.5-7.5
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Stain/acid resistance
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D-2299
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Not affected
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Resistance to wear
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C-501 (1000gr. load, 1000 cycles at 70rpm)
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Avg. 36.12gr
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Surface Burning Characteristics
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E-84
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Flame spread index 10
Smoke density 195
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Thermal Shock
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C-484
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Passes 5 cycles 75?-295
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Weathering Resistance
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C-217
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Not affected
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Compressive Strength
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C-170
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Dry Avg. 10.430 psi
Wet Avg. 11.265 psi
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52105
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2200 kg/cm/FONT>
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Freeze/Thaw
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S.L.P. (with C-62 as guide
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Passed 25 cycles (-45 to 23). No visible damage or discoloration was noticed
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52104
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After 25 ice-thaw exchanges 2082 kg/cm2
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Impact Strength
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D-256
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Avg. 0.361ft. Ibs/inch or notch
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D.M. 2234
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135 cm
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Linear coefficient of Thermal expansion
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C-531
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1.36x10inch per ?.
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Density
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C-97
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2.4459 gr/cm/FONT>
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2.4459 gr/cm/FONT>
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