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3 mm
IT IS A PORCELAIN CERAMIC SLAB WITH A THICKNESS OF ONLY 3mm AND WITH DIMENSIONS OF 1000X3000mm. IT ADDS A NEW PERSPECTIVE TO ARCHITECTURE AND CONSTRUCTION TECHNOLOGY. IT ALLOWS NEW IDEAS TO BE PUT INTO PRACTICE AND CREATE MODERN LIVING SPACES.
WEIGHT
One slab (1000x3000 mm) ≈ 21kg (7kg/m2)
FLEXIBILITY
The fl exibility radius of a Fit slab with
concave dimensions of 1000x3000x3mm is 5,5m.
FIRE RESISTANCE
It is totally fire resistant & non-�ammable (Category 0).
CHEMICAL RESISTANCE
It is also resistant to chemicals (acids
and bases) thanks to its porcelain ceramic structure
and glaze layer on its surface.
CUTTING
It can be cut with standard glass and ceramic
cutters, computer controlled automatic cutting
machines in the required dimensions.
DRILLING
It can be drilled with glass drills as well
as with other known automatic drilling devices.
EASE OF CLEANING
It has a smooth surface on which dirt
does not accumulate. If required it can be cleaned
with water and known cleaning agents.
ECO-FRIENDLY
It is produced by an environment friendly technology.
It has Ecospeci�er certi�cate.
Compared to the traditional ceramic production
process, its gas and dust emission is 20 times, its
CO2 emission is 1000 times less.
Physical Features
It is the first porcelain ceramic slab to be produced with dimensions of 1000x3000mm. It can be cut in
any size required by projects.
STANDARD SIZES300x100cm
100x100cm
300x50cm150x50cm
100x50cm
50x50cm
150x20cm
100x5cm
3mmTHICKNESS. This contributes �exibility, light weight and maneuverability.
5mm THICKNESS. Suitable for high tra�c areas.
Variable Dimensions
Surfaces
Has two surface as glazed and polished. Glazed and polished surfaces are available in 16 colors in the color palette.
Glazed surface
Polished surfaceIt is the lightest (12kg/m2) polished porcelain ceramic of the world with the dimensions of 66x300cm, 33x200cm, 50x150cm, 50x100cm and 50x50cm. It is produced in 5mm thickness.
Polished slab, which can be manufactured in 66x300cm, is the world's largest sized polished ceramic. It is a size that can be conveniently used in counter applications.
Product GroupsPLAINPlain slab with the dimensions of 1000x3000x3mm (Glazed Surface) & 1000x3000x5mm (Glazed Surface)
FIT Fiberglass reinforced Fit slab with the dimensions of 1000x3000x3mm (Glazed Surface) & 1000x3000x5mm (Glazed and Polished Surface)
LAMINEXFiberglass reinforced double layer slab in 1000x3000x7mm (Glazed Surface) & 1000x3000x11mm (Glazed Surface)
This innovative ceramic slab provides 16 di�erent colors with glazed and polished surface alternatives.
COLORS
GLAZED SURFACE
POLISHED SURFACE
White
Beige
Ivory
Pistachio Green
Black
Beige-grey
Sa�ron
Pebble Grey
Cement Grey
Mocha
Orange
Turquoise
Dark Grey
Coral
Olive Green
Blue
White
Beige
Ivory
Pistachio Green
Black
Beige-grey
Sa�ron
Pebble Grey
Cement Grey
Mocha
Orange
Turquoise
Dark Grey
Coral
Olive Green
Blue
Pushing all limits that apply to ceramic, this slab
is now also a ceramic that is whiter than white with
Mega White. Now is very large, very thin & very white.
L value of the product is 92.
TRANSLUCENTWith its light permeable feature, Translucent slab
stands as a new revolution in the ceramic world.
It will embellish your special applications, enhances
the limits of the ceramic sector. Di�used light
permeability of the product is 2.5%.
MEGA BLACK
Pushing all limits that apply to ceramic, this slab
is now also a ceramic that is blacker than black with
Mega Black. Now is very large, very thin & very black.
L value of the product is 30.
MEGA WHITE
Square Black 50x100cm
Square Black Border 7.5x100cm
SQUARE
Square White 50x100cm
Square White Border 7.5x100cm
Squares
Black A Plain S (100x300cm)
Black K Plain S (50x300cm)
Black B Plain S (100x100cm)
Black C Plain S (50x150cm)
Black F Plain S (50x50cm)
Black G Plain S (50x100cm)
Squares
White A Plain S (100x300cm)
White K Plain S (50x300cm)
White B Plain S (100x100cm)
White C Plain S (50x150cm)
White F Plain S (50x50cm)
White G Plain S (50x100cm)
SQUARES
Oxido Ice
Ice A Plain S (100x300cm)
Ice K Plain S (50x300cm)
Ice B Plain S (100x100cm)
Ice C Plain S (50x150cm)
Ice F Plain S (50x50cm)
Ice G Plain S (50x100cm)
Oxido Moss
Moss A Plain S (100x300cm)
Moss K Plain S (50x300cm)
Moss B Plain S (100x100cm)
Moss C Plain S (50x150cm)
Moss F Plain S (50x50cm)
Moss G Plain S (50x100cm)
Oxido Flame
Flame A Plain S (100x300cm)
Flame K Plain S (50x300cm)
Flame B Plain S (100x100cm)
Flame C Plain S (50x150cm)
Flame F Plain S (50x50cm)
Flame G Plain S (50x100cm)
Oxido Oil
Oil A Plain S (100x300cm)
Oil K Plain S (50x300cm)
Oil B Plain S (100x100cm)
Oil C Plain S (50x150cm)
Oil F Plain S (50x50cm)
Oil G Plain S (50x100cm)
OXIDO
Technowood Wenge
Wenge A Plain S (100x300cm)
Wenge C Plain S (50x150cm)
Wenge G Plain S (50x100cm)
Technowood Walnut
Walnut A Plain S (100x300cm)
Walnut C Plain S (50x150cm)
Walnut G Plain S (50x100cm)
Technowood Oak
Oak A Plain S (100x300cm)
Oak C Plain S (50x150cm)
Oak G Plain S (50x100cm)
Technowood Maple
Maple A Plain S (100x300cm)
Maple C Plain S (50x150cm)
Maple G Plain S (50x100cm)
TECHNOWOOD
Technowood Wenge (2 Modules)
Wenge D Plain S (20x150cm)
Technowood Walnut (2 Modules)
Walnut D Plain S (20x150cm)
Technowood Oak (2 Modules)
Oak D Plain S (20x150cm)
Technowood Maple (2 Modules)
Maple D Plain S (20x150cm)
TECHNOWOOD BLUESTONE
Bluestone
Black A Plain S (100x300cm)
Black K Plain S (50x300cm)
Black B Plain S (100x100cm)
Black C Plain S (50x150cm)
Black F Plain S (50x50cm)
Black G Plain S (50x100cm)
Luxury Cement Ivory
Ivory A Plain S (100x300cm)
Ivory K Plain S (50x300cm)
Ivory B Plain S (100x100cm)
Ivory C Plain S (50x150cm)
Ivory F Plain S (50x50cm)
Ivory G Plain S (50x100cm)
LUXURY CEMENT
Luxury Cement Sand
Sand A Plain S (100x300cm)
Sand K Plain S (50x300cm)
Sand B Plain S (100x100cm)
Sand C Plain S (50x150cm)
Sand F Plain S (50x50cm)
Sand G Plain S (50x100cm)
Luxury Cement Beige
Beige A Plain S (100x300cm)
Beige K Plain S (500x300cm)
Beige B Plain S (100x100cm)
Beige C Plain S (50x150cm)
Beige F Plain S (50x50cm)
Beige G Plain S (50x100cm)
Luxury Cement Mink
Mink A Plain S (100x300cm)
Mink K Plain S (50x300cm)
Mink B Plain S (100x100cm)
Mink C Plain S (50x150cm)
Mink F Plain S (50x50cm)
Mink G Plain S (50x100cm)
Luxury Cement Grey
Grey A Plain S (100x300cm)
Grey K Plain S (50x300cm)
Grey B Plain S (100x100cm)
Grey C Plain S (50x150cm)
Grey F Plain S (50x50cm)
Grey G Plain S (50x100cm)
Luxury Cement Antracite
Antracite A Plain S (100x300cm)
Antracite K Plain S (50x300cm)
Antracite B Plain S (100x100cm)
Antracite C Plain S (50x150cm)
Antracite F Plain S (50x50cm)
Antracite G Plain S (50x100cm)
KSF-FP-G65301
Bloom Fit Thick P White (50x100cm)
BLOOM
KSF-FP-G65305
Bloom Fit Thick P Beige-Grey (50x100cm)
KSF-FP-G65303
Bloom Fit Thick P Black (50x100cm)
KSF-FP-G65308
Bloom Fit Thick P Brown (50x100cm)
Breeze / Stripe Full Decor / 50 x 150cm
Breeze / Helix Full Decor / 50 x 150cm
Breeze / Helix Border / 20 x 150cm
BREEZETWIST
Twist / Full Decor / 50x100cm
Twist / Thick Border / 15x100cm
Twist / Thin Border / 5x100cm
Twist / Thin Border / 5x100cm
Twist / Thick Border / 15x100cm
GLASS BORDER
Glass Bar Border Red
CM-34046 (30x1000x4mm)
CM-34049 (30x1000x6mm)
Glass Bar Border Turquose
CM-34047 (30x1000x4mm)
CM-34050 (30x1000x6mm)
Glass Bar Border Light Brown
CM-34048 (30x1000x4mm)
CM-34051 (30x1000x6mm)
MT-34052Polished Metallic Grey (41x1000x6mm)
Technological Innovations
PHOTOVOLTAIC PANELS & SLAB- BOARDS
— Panels, which can obtain electric energy from
solar energy, are produced with photovoltaic cells
that are laminated on the boards.
— Our principle is to obtain electric energy from
solar energy which is a clean energy source in
contrast to fossil fuels.
— Our objective is to cover the future’s elegant and
environmentally friendly buildings that can produce
their own energy by combining the slabs, which are
commonly used in faade sector, with photovoltaic panels
on the façade.
PHOTOCHROMIC SLABS
Photochromic e�ect is the reversible color change
of a material visibly or under UV wavelengths as a
result of electromagnetic radiation. The material
having photochromic e�ect is colorless in a dark
environment whereas it changes from colorless
state into color state by the e�ect of visible light or
ultraviolet light and returns to its original state with
the removal of the light source.
PHOTOCATALYTIC SLABS
— TiO2 (titanium dioxide), which is applied on
ceramic tiles with a special technology, has two
di�erent functions on the surface. The first of these
functions is “decomposition power”. This feature
prevents the formation of bacteria and microbes
by decomposing various organics. Moreover, it
eliminates the problems like malodors and dust.
The second one is “hydrophilic” feature. This
feature ensures the dust to flow on the surface by
water’s creating a very thin film layer on the surface
and coming between the surface and the dust.
— The surface, which interacts with sunlight,
renders harmless the solid, liquid and gaseous
materials that form dust.
— This technology guarantees a permanent and
e�cient cleanliness and hygiene on the exterior
façades and in hospitals, houses, schools, pools
and every environment in which ceramic coating
materials are used.
Benefits of the photocatalytic e�ect:
Self-cleaning exterior façades.
A more hygienic living space.
Lower maintenance-cleaning costs and water
consumption.
Antibacterial pools, bathrooms and toilets.
Eco-friendly buildings.
ECOLOGICAL VIEW OF KALESINTERFLEX
1. REDUCE GLOBAL WARMING
Global warming is a phenomenon that a�ects the average temperature of our
planet. According to most scientists, human activities are responsible for the
overproduction of “greenhouse gases” (or GHG, including CO2 as well as water
vapor, methane, nitrous oxide, and ozone) that contribute to global warming.
Reducing GHG has become an international priority, and everyone can contribute
by lowering one’s “carbon footprint”-the quantity of carbon dioxide released
by consumption patterns into the air. Buying vehicles that consume less, for
instance, has become a common choice. So why not extend this criteria to all
your purchases?
2. WATER PRESERVATION
Water is not an endless resource; it must be managed carefully and used
responsibly. Industries typically use large amounts of water in their production
processes, and are therefore called to manage its use by filtering, recycling and
whenever possible, using less of it. There are simple things can each of us can
do as well: turning o� the tap when not needed, using class A+ appliances, and
remembering that everything we buy has a “water footprint.”
3. A RESPONSIBLE USE OF ENERGY
Most of the energy we use today comes from non-renewable sources. There is
a general worldwide consensus that we must shift toward the use of renewable
sources and develop more efficient machinery that makes a smarter use of
energy by recovering and reducing dispersions. Enhancing the thermal insulation
of buildings, for instance, is an easy and simple way to contribute to our planet’s
preservation.
4. MANAGING RESOURCES
All raw materials used to manufacture products come from the earth and return
to it, whether in a few days (like an apple) or a few thousand years (like plastic or
aluminum). It goes without saying that the less raw material we use, the better.
This can be achieved by recycling, using renewable sources, and of course, by
using less materials overall.
What can companies do? Green Building Certifications
Systems are being developed worldwide to evaluate the environmental impact
of products and processes along with methods to promote and reward eco-
friendly behaviours. Companies taking action to lower their impact on our planet
can communicate their committment by acquiring environmental certifications
released by the government or independent institutions that rate products and
processes in a comparable way. Particularly for the building sector, certifications
systems aim to evaluate the environmental impact of a construction and promote
eco-friendliness as well as energy efficiency. One of the most widespread
initiatives is US-based LEED (Leadership in Environmental Energy Design), a
green building certi�cation system based on credits assigned for each element
of the building - including materials. These slabs can help earn credits within the
LEED system in the following areas:
SS 7.1 - Heat island e�ect - Nonroof
Slabs are produced in light colors that have an SRI (Solar Reflectance Index)
higher than 29. An additional advantage of these slabs is that, if
periodically washed, it does not absorb dirt and get darker over time. Other
materials tend to get darker (even if washed) and then achieve a lower SRI. For
example, weathered concrete has an SRI that is almost half that of new concrete.
Application �eld: Hardscape including roads, sidewalks, courtyards, and parking lots.
MR 1/1.1 - Building Reuse - Maintain existing Walls, Floors, and Roof Because slabs are ideal for applying over existing structures (both inside and outside) it can be a suitable material for projects aiming at Credit 1/1.1.
IEQ 4.3 - Low-Emitting Materials - Flooring Systems Slabs have low Volatile Organic Compound emissions.
Slabs are made with one-fourth of the raw material per square meter than
a standard tile. This means that using the same raw material, it makes four times
the surface covering. Additionally, 1 square meter of Slabs only requires
a mere 8 liters of water to be produced, compared to 50 liters that are needed
for 1 square meter of a standard tile. Also consumption of natural gas is 3 times
lower, and consumption of electricity is 4 times lower than standard ceramic tile
production.
Is manufactured in a ISO 14001 - certi�ed factory, meaning a location,
where the correct management of all production processes has been set.
The advanced production plant is designed to dramatically reduce greenhouse gas
emissions:
it only releases 1/1000 of CO2 and 1/20 of the dusts that are released in the atmosphere
from a standard tile plant.
In its pursuit of being environmentlally-friendly, this product does not compromise on performance. Thanks to technological innovation,
is a superior material in terms of hardness, durability, cleanability, and resistance to chemical agents. It is lighter, thinner and bigger than a standard tile, giving
it outstanding advantages in renovation. But despite the thinness, its thermal
insulation is comparable to that of a standard tile. It also ensures indoor air qualityin your home. It does not contain (and therefore emit) chemicals, and thanks tovirtually no water absorption, it provides extraordinary hygiene.
Technological innovation can help reduce the environmental impact of products
and processes without compromising on performance. This special product does
exactly this - compared to a standard tile, it requires less raw materials, energy,
and water to be manufactured while providing better performance at the same
time.
INCOMBUSTIBILITY VALUES
PRODUCT INCOMBUSTIBILITY CERTIFICATE
noitcurtsnoCroolF
3 mm FIT 5 mm FIT
Class: A2-S1 Class: A2-S1-Do
7 mm LAMINEX11 mm LAMINEX
oD-1S-B :ssalC1S-B :ssalC
5 mm FIT POLISHEDoD-1S-B :ssalC 1S-B :ssalC
SYMBOLS
Factory, WarehouseHotel Business Center Shopping Center
Facade Restaurant, Cafe Pool Outside Hospital
Residance
TECHNICAL CHARACTERISTICS
Surface Quality
Abrasion Resistance
Resistance to
Household Chemicals
Resistance to
Acids & Chemicals
Rectangularity
Friction of Abrasion
Resistance to
Stains in Glazed Tiles
Incombustibility Environmental Friendly Ecospecifier
Green Product Certificate
Edge Flatness
Water Absorption
Deviations From
Dimensions
Surface Flatness
Crazing Resistance in
Glazed Tiles
Bending Resistance
Frost Resistance
Linear Thermal
Expansion Coefficient
Resistance to
Thermal Shock