TECHNICAL FILE
R03.001_09/12/2010
Mini antibacterial scotia with reduced face side, which makes easier
the cleaning of difcult areas and avoids the accumulation of germs.
The technology applied on its surface protects against harmful
organisms such as molds, fungi and bacteria. It is easy to install and
it’s ideal both installations with high levels of hygiene and cleaning
and houses. Available in a range of colours.
Novoescocia® S
with technology of control of microbial deterioration
Material: Aluminium
Length: 8ft2in / 2,5 m.l.
Dimensions: h: 3/8”-1/2” / 10, 12 mm.
a: 3/8” / 10 mm.
Packaging: 30 u/box
Finishes: 119 - Antibact. bright white
136 - Antibact. matt white
137 - Antibact. matt beige
120 - Antibact. metallic
138 - Antibact. matt anthracite
Applications
Complementary pieces
General Features
Page 1 of 3
Scope of Novoescocia® S:
- Corners between wall and kitchen counter
- Perimeters in shower trays or bathtubes
- Wall-oor, wall-wall or wall-ceiling joints, horizontally and vertically
It’s ideal for bathrooms, kitchens, medical consultations, restaurants, etc...
Its design is versatile and is appropriate for homes, ofces, public buildings or installations with high
requirements of hygiene and cleaning.
Exterior angle Interior angle Cover
Novoescocia® S has complementary pieces available ,made in Zamak, to achieve a perfect nish.
TECHNICAL FILE
R03.001_09/12/2010
Materials
Aluminium
Novoescocia® S is a prole made by extrusion of aluminium. Its coating improves the corrosion
resistance and provides properties for control of microbial deterioration. All the nishes have been
lacquered, obtaining so a high quality and homogeneus surface. The lacquering has the quality seal
Qualicoat, which guarantees the quality of the process and the nal products.
The aluminium is a material with excellent chemical, physical and mechanical properties. It is lightweight,
tough, ductile, malleable and highly durable.
Novoescocia® S
Zamak
The complementary pieces of Novoescocia® S are made of Zamak. The zamak is a non ferrous alloy
of zinc with aluminium, magnesium and copper (UNE EN 1774). It is tough, has high hardness, high
mechanical strength and excellent plastic deformability.
The surface nish applied, protects the prole and is similar to Novoescocia® S nishes.
*You can nd out more information by consulting the Technical Files of the materials in www.emac.es
Technical Features and Tests
Page 2 of 3
Alloy 6063 (AA y ASTM)
L-3441 (UNE 38-301-89)
Fire resistance M0 (UNE 23-727-90)
Abrasion resistance High
Lightfastness Excellent
Appearance and color EN 12373-1
Bacterial growth resis-
tance
Reduction of bacterial growth in +99%
Reduction of magnitude of population >2.5
JIS Z 2801:2000
Stain resistance.
Kitchen furniture.
Not work surfaces.
Supercial resistance to foodstuff.
Unchanged.
UNE56842:2001
AIDI-
MA
Stain resistance.
Kitchen furniture.
Not work surfaces.
Supercial resistance to typical kitchen
cleaning
products.
Unchanged.
UNE56842:2001
AIDI-
MA
Stain resistance.
Bath furniture.
Fronts.
Supercial resistance to typical bathroom
cleaning products.
Unchanged.
UNE 56867:2002 AIDI-
MA
Surface resistance to
staining
Unchanged.
UNE EN 438-
2:2005
Apdo.23
AIDI-
MA
Novoescocia® S has a specic covering which protects the initial properties of materials and objects
where its applied, through the control of microbial deterioration. The technology applied to the prole
is a volatile compound resistant to high temperatures. Its ecacy extends along the prole’s life and
doesn’t suffer detriment in its activity because it’s not eliminated through daily cleaning.
Novoescocia® S prevents, on the surface of its prole, the growth and migration of bacteria, fungi,
yeasts and molds, interfering with the gas permeability of the membrane (cellular breathing). In this way,
microorganism lose quickly its ability to grow and reproduce, producing its destruction. The probability
that microorganisms develope resistance to treatment is very low.
Novoescocia® S is effective against a large number of bacteria among which are: Legionella
neumophilia,Escherichia Coli, Salmonella, Staphylococcos Aureus (SARM), Listeria Monocytogenes,
Pseudomonas Aeruginosa, Streptococcus Faecalis, Vibrio Parahaemolyticus y Enterobacter Aerogenes.
Control of the microbial deterioration
TECHNICAL FILE
R03.001_09/12/2010
You can nd out more information about the technical features of Emac®’s products by downloading
its Technical File in www.emac.es.
If you have any query, please contact our Technical Department in tecnico@emac.es.
Technical information
Emac Complementos S.L. (Spain) info@emac.es // Emac America L.L.C. (FL,USA) [email protected] // Emac Italia S.R.L. (Italy) [email protected]
www.emac.es
The data provided are for information only and have been obtained by our supplier or Emac®.
Does not constitute legal guarantee in terms of properties and / or functionality of the application of material
Novoescocia® S
Placement
Cleaning and maintenance
Indoors Wall tiling Flooring Recyclable
Page 3 of 3
The product must be cleaned periodically with a soft cloth. If you use a neutral liquid cleaner, you must
rinse the prole with cold water and dry it to remove the humidity excess. The persistent dirtiness can
be removed by using cleaning approved agents lightly abrasive or a grid covered with polished powder
neutral. If a preserving agent is applied, as well as keep a very thin layer of water repellent, note that it
can’t be yellow,attract dust or dirt or have iridescent effects.
Steel wool, abrasive cleaners, souring products as well as strong acids (hydrochloric and
perchloric),strong bases (caustic soda or ammonia) or carbonated solutions are not recommended.
Citric acid is neither recommended because disolves the protective layer of the surface of aluminium.
Waxes, petrolatum, lanolin or similar substances are not appropriate. Solvents containing haloalkanes
(hydrouoroether and chlorinated solvents) and curing accelerators containing chlorides should not be
used (use special accelerators free of chlorides).
1. Place tiles on the wall that will support the part of the prole without anchoring wing.
2. Spread a big amount of thin-set mortar on the other surface, without tiles, perpendicular to the rst
one.
3. Align the prole with the tiling and then press to make the thin-set mortar passes through the holes
on the anchoring wing.
4. Place tiles along the anchoring wing and press to achieve an optimal adhesion.
5. Finish the tiling, clean the remaining material and let dry.
*In humid environments or in direct touch with water, it is recommended to seal the joints between Novoescocias® with silicone.
In intersections it is recommendable to use the angle pieces designed for that purpose. In the case of
the internal angle, it will be necessary to cut a small section of the anchoring wing to achieve a joint
without overlaps.
To nish off the ends of the prole which are visible, you have covers available in the same nish than
Novoescocia® S.
To achieve a perfect nish and protection, we recommend the installation of Novolistel® 3 in external
vertical edges as a complement for these Novoescocia®. This listello is available with the same nish
than Novoescocia® with control of the microbial deterioration. The complementary angle pieces allow
its combination, guaranteeing a perfect nish in the joints, also with a nish with control of microbial
deterioration.
Outdoors
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dans d''autres langues
- English: Emac NSS12136A User manual
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