Placi ceramice pentru fatada MOEDING ALPHATON
volcano grey, glazed
Terracotta façades
rainscreen cladding – back-ventilated – heat-insulated
German quality
MADE IN GERMANY
As market leader, the MOEDING Keramikfassaden GmbH sets
global standards in the curtain wall, back-ventilated and
heat-insulated tile façade segment with ALPHATON® and
LONGOTON®. As a 100% subsidiary of Girnghuber GmbH,
located at Marklkofen (Lower Bavaria) with our 250 employees,
we guarantee the highest quality in design and manufacture
ever produced in Germany. With always the goal in mind:
to provide architects and builders with custom solutions in
every form – for creative features in innovative façade
design. This is underlined by our sound practical advice and
our numerous distinctions. More at www.moeding.de
German Institute of Construction Engineering
(Deutsches Institut für Bautechnik)
General building inspectorate approval. Curtain wall,
back-ventilated outer wall cladding “ALPHATON® Gen 95”
and “ALPHATON® Gen 06”.
CSTB
ALPHATON®” is certified for the French market and satisfies
all building regulations there.
CWCT
The “ALPHATON®” has been tested and certified for its
compliance with the building regulations in the UK.
Quality
Quality assurance on the façade elements is done by our
own continuous monitoring as well as regular external
monitoring by test institutes according to the standards of
the certifying body “Güteschutz-Ziegel Süd e.V.“.
General building inspectorate approval No. Z-33-1-531 for
curtain wall, back-ventilated outer wall cladding with
“ALPHATON®” tiles.
02
Contents
ALPHATON® terracotta façade
05
ALPHATON® façade system
ALPHATON® Gen.06
ALPHATON® L2
06
14
Function
Building physics
Planning
22
24
26
Design
Materials and colours
Surfaces
Sunscreen and blinds
Formats
28
30
31
34
36
References new construction
38
References renovation
52
03
Coca-Cola head office, Berlin, Germany
Architects: NPS Tschoban Voss, Berlin
Colour: 5 shades of red
S
urface: glazed
04
ALPHATON® terracotta façade
In the early 80s, the architect Prof. Thomas Herzog had
the idea about a back-ventilated terracotta façade and,
together with the roof tile manufacturer Möding, developed
it into a system.
This original idea turned into the Argeton façade, which
was produced for over 20 years in Möding and was used
on façades covering thousands of square metres.
After being taken over by Girnghuber GmbH in 2001,
MOEDING Keramikfassaden GmbH expanded the product
range, developed the façade system further and consequently
stopped using the Argeton product name. An independent
sales company, MOEDING Keramikfassaden GmbH,
was established.
Argeton turned into ALPHATON®.
Over recent year a new façade system has gained in
maturity. ALPHATON® Gen. 06 is the result of this successive
development work.
As an innovation leader, we are now proud to proclaim
that the term “MOEDING ALPHATON® façade” is deemed
as the quality feature in the sector for
back-ventilated
terracotta façades.
ALPHATON® terracotta façade
05
ALPHATON® Gen. 06
06
Panel holder
Vertical basic profile
Wall holder
Joint profile
Horizontal
support profile
ALPHATON® façade system
ALPHATON® terracotta tiles
The ALPHATON® façade system is made out of four simple
basic components:
The extruded MOEDING ALPHATON® terracotta tiles are
produced mainly from domestic clay and are fully imbued
with colour. Due to the very high firing temperature and the
the long firing period, intensive colours and the best
strength are achieved.
-
Terracotta tiles
Tile holders
Horizontal support profile
Joint profile
The terracotta tiles are double-walled and 30 mm thick.
The breaking loads of the ALPHATON® panel are therefore
many times higher than with single-walled panels. The
shape of the panel holders also contributes to the stability
of the whole façade design. The panel holders are formed in
such a way that frontal forces are transferred to the whole
tile thickness and dissipate into the substructure.
The specifications for this are the so-called ball-throw test
and the CWCT accreditation, which is generally applicable in
England and is already part of the standards there.
ALPHATON® Gen. 06
07
ALPHATON® tile holders
The terracotta tiles are fastened by concealed aluminium tile holders.
The holders encompass the head and base ridge and a screw
driver is used to click them onto the support profiles. A metallic
clicking sound tells the fitter that it has snapped in safely.
The tile holders are designed in such a way that they can be used
both on a closed and an open support file. The holder determines
the design-engineering 10 mm wide gap between the tile element
and the support profile. The M-holder is used in the façade area.
For the bottom and top end there is the U and O-holder respectively.
For fastening to soffits, special soffit holders are available.
08
ALPHATON® Gen. 06
oxide red, deep grooved
Atlantic Haus, Ham
burg
Architects: Herzog und Partner, Munich
with gmp architekten, Hamburg
Colour: oxide red
Surface: deep grooved
ALPHATON® Gen. 06
09
oxide red
School, Frontenhausen, Germany
Architects: Vogginger, Dingolfing
Colour: oxide red
Surface: standard
10
ALPHATON® Gen. 06
ALPHATON® horizontal support profiles
ALPHATON® joint profile
The horizontal support profiles are fastened to conventional
vertical profiles with hollow rivets or self-tapping stainless
steel screws. In cases where the architecture does not allow
support profile span widths bigger than 0.75 m the open
support profile Gen. 06 - 75 is used. The total thickness of the
façade is then 60 mm. Depending on the foundations and the
project-related structural evidence, the open support profile
Gen. 06 - 75 can also be installed up to 900 mm wide.
Aluminium joint profiles located in the vertical joints
prevent panels from rattling in the wind, driving rain from
penetrating and in particular the panels from moving
side
ways and thus guarantee a very exact joint pattern.
There are profiles for joint widths of 8 mm, or alternatively
4 mm for the horizontal façade and 12 mm for the
vertical façade.
Joint profiles are available both for centre joints and end
joints, matching all panel colours.
If larger span widths need bridging, the closed support
profile Gen. 06 - 150 is used. The maximum possible span
width for this is 1,500 mm. The total thickness of the façade
is then 70 mm.
Vertical basic profiles and wall angle holders
The support profile is always arranged in front of the heat
insulation, which means this is securely held in place.
The function of the back-ventilation gap is maintained in any
event. The permitted projection of the ends of the horizontal
support profile beyond the vertical profile makes it particularly
cost-effective to design soffits and corners to the building.
These components are standard in the trade. Their horizontal
gap from each other when using the open, horizontal
support
profile Gen. 06 - 75 is 750/900 mm max., when using the
closed support profile Gen. 06 - 150 it is 1,500 mm.
Heat insulation
It is possible to choose any thickness of heat-insulation.
It is fastened and fixed in position to prevent it swelling
and sticking out just by the horizontal support profiles
without additional insulation material retainers.
Open
horizontal support profile
Gen. 06 - 75
Closed
horizontal support profile
Gen. 06 - 150
Joint profile
Heat insulation
ALPHATON® Gen. 06
11
volcano grey
ALPHATON® Gen. 06 - rapid
The patend pending ALPHATON® terracotta façade system
Gen. 06 - rapid opens up whole new options in façade construction.
The tile holders are fitted with a stainless steel spring
at the factory. This is inserted into a groove on the reverse
side of the panel thus preventing the panel from being
taken off unintentionally.
Assembly is done quite differently to the previous method:
After assembling the horizontal support profiles, all tile
h
olders for the façade being assembled are clipped in using
a screwdriver.
Once the substructure is fully assembled with all tile
holders, the terracotta tiles are fitted completely without
tools. The stainless steel spring on the tile holder slots
into the groove when the panel is fitted and secures the tile.
As a result there is no longer any prescribed sequence
of installation.
It is possible to start assembling the panels at the top of
the scaffolding and to work downwards one floor at a time.
This means that the scaffolding can be dismantled one floor
at a time.
This considerably reduces the scaffolding costs. Due to the
fact that once all panel holders have been fastened, only the
panels need assembling, the installation time is reduced.
12
ALPHATON® Gen. 06 - rapid
Radlicka (CZ)
Architects: Ateliér Krátký, Vladimir Krátky, Prag
Colour: volcano grey
Surface: standard
ALPHATON® Gen. 06 - rapid
13
ALPHATON® L2
14
L2 M-holder
Rapid holder
Vertical support profile
Joint profile
ALPHATON® façade system L2
ALPHATON® terracotta tiles
The ALPHATON® façade system is made out of four simple
basic components:
The extruded MOEDING ALPHATON® terracotta tiles are
produced mainly from domestic clay and are fully imbued
with colour. Due to the very high firing temperature and the
the long firing period, intensive colours and the best
strength are achieved.
-
Terracotta tiles
Tile holders
Vertical support profile
Joint profile
The terracotta tiles are double-walled and 30 mm thick.
The breaking loads of the ALPHATON® panel are therefore
many times higher than with single-walled panels. The
shape of the panel holders also contributes to the stability
of the whole façade design. The panel holders are formed in
such a way that frontal forces are transferred to the whole
tile thickness and dissipate into the substructure.
The specifications for this are the so-called ball-throw test
and the CWCT accreditation, which is generally applicable in
En
gland and is already part of the standards there.
ALPHATON® L2
15
Moeding L2 vertical profile
In the curtain wall, back-ventilated tile façade, there is an
emerging trend for increasingly longer tiles. In the meantime
ALPHATON® tiles can be supplied up to a length of 1,500 mm.
There is a building inspectorate approval for this.
A stainless steel rivet specially suited for slots is required
for the reliable fastening of the L2 tile holder on the L2
support profile. This L2 rivet is a component of the L2
substructure system.
A vertical substructure system is the most economical
solution with such large tile lengths. So far only standard
T profiles or pre-drilled T profiles were used. The disadvantage of standard T profiles is that a hole must be drilled in
the T profile for each individual tile holder. This is a time
consuming and expensive work. There is no requirement for
drilling in the T profiles that are pre-drilled at the factory,
but the profiles must be aligned very prec
isely to ensure
that the provided grid dimensions of the façade can be
achieved in the profile section joints. This alignment is in
turn time consuming and expensive. Both the abovementioned solutions are not ideal.
The already known and proven Rapid System is also used
in the L2 substructure system. Thus all L2 tile holders can be
fixed on the L2 bearing profile before proceeding with the
tile installation.
For this reason MOEDING has developed the vertical L2
substructure systems. The system consists of the components L2 support profile, L2 tile holder , L2 rivet and the
joint profiles.
As a final assembly step, the tiles are simply suspended
in the L2 tile holders and they lock into the Rapid spring
integrated in the holders. Tools are not required to suspend
the tiles.
Thereby much installation time is saved.
A building inspectorate test certificate, a structural standard
and detailed drawing are available for the L2 substructure
system.
The MOEDING L2 system in brief:
2
The
highlights of the L substructure system are the
diagonally running slots on both sides of the vertical L2
support profile and the L2 tile holders. The slots in the L2 tile
holders run counter to those in the L2 support profile. The
L2 tile holders can be fixed through these slots without
pre-drilling by means of the rivet on the L2 support profile.
Thus a continuously variable millimetre adjustment of the
axis height is possible. By the use of a simple gauge in the
axial dimension of the tiles, the assembly of the L2 tile
holders is done very quickly and accurately. An exact
alignment of the L2 support profiles to the grid dimension
of the façade is not required.
16
ALPHATON® L2
• Fast installation
• Pre-drilling of the support profiles not needed
• Precise alignment of the vertical support profile to the
axial dimension of the façade not needed
• Building inspectorate test certificate available
• Structural standards available
• Rapid System is a component of the L2
substructure system
L2 M-holder
Vertical
support profile
Dowel
ALPHATON® tile holders
The terracotta tiles are fastened by concealed aluminium tile holders.
The holders encompass the head and base ridge and are fixed by
the L2 rivet to the vertical L2 profile. A metallic clicking sound tells
the fitter that it has snapped in safely.
The holder determines the design-engineering 10 mm wide gap
between the tile element and the support profile. The M-holder
is used in the façade area. For the bottom and top end there is
the U and O-holder respectively. For fastening to soffits, special
soffit holders are available.
ALPHATON® L2
17
beige
salmon
sand
Max-Planck Institute for Chemistry, Mainz, Germany
Architects: Fritsch + Tschaidse Architekten GmbH, Munich, Germany
Colour: sand, beige, salmon
Surface: standard
18
ALPHATON® L2
ALPHATON® support profiles
ALPHATON® joint profile
The vertical support profile is fixed on wall angle holders
which are anchored directly in t
he support wall.
Aluminium joint profiles located in the vertical joints
prevent panels from rattling in the wind, driving rain from
penetrating and in particular the panels from moving
sideways and thus guarantee a very exact joint pattern.
There are profiles for joint widths of 8 mm, or alternatively
4 mm for the horizontal façade and 12 mm for the
vertical façade.
Joint profiles are available both for centre joints and end
joints, matching all panel colours.
Vertical support profile
Joint profile
L2 M-holder
Vertical
support profile
Dowel
Vertical support profile
Joint profile
ALPHATON® L2
19
salmon
nature red
ALPHATON® L2 - rapid
This patent-pending system opens up whole new options in
façade construction.
The tile holders are fitted with a stainless steel tongue
at the factory. This is inserted into a groove on the reverse
side of the panel thus preventing the panel from being
taken off unintentionally.
Assembly is done quite differently to the previous method
:
After assembling the horizontal support profiles, all tile
holders for the façade being assembled are clipped in using
a screwdriver.
Once the substructure is fully assembled with all tile
holders, the terracotta tiles are fitted completely without
tools. The stainless steel tongues on the tile holder slots
into the groove when the panel is fitted and secures the tile.
As a result there is no longer any prescribed sequence
of installation.
It is possible to start assembling the panels at the top of
the scaffolding and to work downwards one floor at a time.
This means that the scaffolding can be dismantled one floor
at a time.
This considerably reduces the scaffolding costs. Due to the
fact that once all panel holders have been fastened, only the
panels need assembling, the installation time is reduced.
20
ALPHATON® L2 - rapid
L2 M-holder
Vertical
support profile
Technopark, Novosibirsk, Russia
Architects: Vera Serova, Artur Lotarev, Valeriy Wilisov
Colour: natural red, salmo
n
Surface: standard
ALPHATON® L2 - rapid
21
Function
Building physics
Planning
22
24
26
The back-ventilated and heat-insulated façade –
the ideal design principle for external walls
The back-ventilated and heat-insulated façade
in modern wall construction
Dividing the physical and technical building functions
and allocating them to the different layers of the wall
design, results in the following benefits:
The monolithic wall design meets the structural
requirements on contemporary designs or old building
renovations only with restrictions. The back-ventilated
façade is quite different, as in this case the different
functions are strictly divided and are each allocated to
separate components. In this way each function can be
optimised in its own right:
- Much lower heat loss
- Reliable heat protection in summer
- Effective weather protection and specific wicking
of moisture
- Simple planning and assembly
Due to its optimum material properties, the MOEDING
façade syst
em offers these benefits in addition:
- Resistant to all kinds of aggressive environmental
influences
- Attractive patination
- Long life span and high cost-effectiveness
- Can be universally applied in new construction
and when renovating old buildings
- High architectural design quality
- The supporting wall bears the static loads.
- The heat insulation is correctly located in building
physics terms.
- The substructure for the façade cladding transfers its
own weight and any wind loads. Vaporous damp from
the home diffused outwards and building moisture on
new constructions, as well as penetrating water are
reliably dissipated by the back-ventilation.
- And finally the façade cladding acts as a barrier to
driving rain for the insulating material and substructure
and above all as a design element.
Function
23
Back-ventilation
Fire protection
The back-ventilation acts to dissipate the moisture that
diffuses through the wall of the building. This takes place
via a 4 or 9 cm dee
p gap between the façade panels and
the heat insulation. At the same time it acts as a heat
shield in summer, as a build-up of heat behind the façade
is prevented. To ensure capillary separation, a 10 mm deep
gap is also arranged between the façade elements and
support profile (according to DIN 18 516 Part 1 at least
5 mm is required). This means that the condensate can
flow freely away on the reverse side of the façade elements.
Substructure and heat-insulation stay dry.
All components in the ALPHATON® terracotta façade on
aluminium substructure are not flammable (building material
class A). Fire resistance F 90 has been proven for the design.
The spread of fire is prevented by the horizontal support
profiles, which act as a fire block. This means the façade can
be used in all German states and throughout Europe even on
special constructions without height restriction and without
additional conditions.
Ventilation
The ventilation cross-sections are also much bigger than
speci
fied in DIN 18 516 Part 1. The ALPHATON® terracotta
façade has a 5 mm wide horizontal joint gap on every façade
element. Ventilation openings at the bottom and top of the
façade are not necessary therefore. Furthermore there is
pressure compensation across the joints so that wind forces
can be quickly dissipated.
Heat insulation
The mineral fibre heat insulation is arranged between
the basic profiles or basic battens and is prevented from
swelling or sticking out by the horizontal support profiles.
This ensures that the ventilation gap in front of the support
profiles cannot be blocked off at all, thus guaranteeing that
the back-ventilation always works perfectly.
Directing water away
On the horizontal façade, the drip and end bead on the
façade elements ensure that water is directed to the outside
of the façade. On the vertical façade the water is directed
away by the vertical perforation.
Noise insulation
The protection against air-borne noise through walls is
significantl
y improved by the ALPHATON® terracotta façade.
For a 24 cm KSV wall plastered on one side with noise
insulation RW = 55 dB, the improvement is 9 db, which
makes the calculated value RWR = 62 dB according to
DIN 4109 (test report on request).
24
Building physics
Back-ventilation
cream
GWG Life by the Danube Park, Linz, Austria
Architects: drexel.zweier.architekten, Hohenems/Vorarlberg, Austria
Colour: cream
Surface: standard, grooved
Building physics
25
Planning and tendering
Service and advice
For planning ALPHATON® horizontal and vertical façades,
an extensive collection of tried and tested connection details
with many suggestions is available and for submitting telling
sample contract specifications for tender.
At MOEDING this means:
The so-called detail booklet especially put together for
detailed solutions gives planning tips and also shows very
individual transitions from the façade to other building
materials or technical designs.
-
Comprehensive help in plan
ning
Technical support at the planning and building stage
A strong field and office sales team
Competent sales partners in more than 60 countries
We fulfil the planner’s needs.
Four detailed solutions are listed below as an extract.
As early as the planning stage, it is important to look for
solutions. Our maxim is therefore:
You plan it, we will take care of how to implement it.
pastel red
nature red
oxide red
Brick external corner Gen. 06 150
26
Planning
Metal external corner Gen. 06
Metal window soffit Gen. 06 150
Flat roof gable end Gen. 06, closed profile
Malopolska Garden of Arts, Krakow, Poland
Architects: Ingarden & Ewy Architekci, Krakow, Poland
Colour: natural red, pastel red, oxide red, ruby red, brick red
Surface: standard
Special form: baguette
Planning
27
Design
Material and colours
Surfaces
Sunscreen and blinds
Formats
28
30
31
34
36
Fascinating variety
With the curtain wall, back-ventilated tile façade system
ALPHATON® from MOEDING, you obtain c
reative tools to
perfectly implement your ideas of design and function.
There are 18 standard colours of the façade tiles to assist
you – all original colours of the ceramic material.
The surface structure offers a variety of variations: You can
for instance use ground, brushed or fired tile surfaces to
create more exciting visual effects on the façade. The glazed
surfaces in the form of bands or ornaments are particularly
eye-catching.
Many surfaces and colours tempt one to experiment.
With the ALPHATON® special shapes, such as baguettes and
lamella, you can ideally connect more features and ideas
with one another. Take advantage of the vast designing
potentials of the MOEDING ALPHATON® façade system.
Design
29
natural red
ivory
oxide red
dark red
sand
brown
beige
pearl grey
blue grey
salmon
iron grey
turquoise
pastel red
quartz grey
light grey
volcano grey
Material and colours
Thanks to its ideal properties, the traditional terracotta
material suits new and
historic architectural shapes. It ages
over decades with a fine patina. The façade elements can
be supplied in the 18 standard colours available.
Special colours are possible on request. All colours are the
true colour of the terracotta body, so that neither side-cuts
nor damage to the surface are able to reveal a different
coloured looking body.
30
Material and colours
saffron
orange
deep grooved
waved
brushed
grooved
lamellas
sanded
Surfaces
Besides the standard version, you can also get all colours
smooth with brushed with lightly textured surface.
For a more eye-catching look there are grooved, deep
grooved and waved panel surfaces. The combination of light
and shadow results in visually 3-dimensional impressions.
Another example is the lamella panel, which is also
available in a perforated version to give an individual
backlighting effect.
On special request we design surface textures with a
particular architectural quality.
Surfaces
31
Glazed surfaces
The ALPHAT
ON® terracotta façade also comes with a
glazed panel surface.
The brilliant sheen forms a particular appeal, which has on
effect on the whole façade, but also comes with individual
features such as bandings, ornaments or individual patterns
which grab the onlooker's attention.
The glazed tile elements can be combined with all other
ALPHATON® system components can be combined.
- Brilliant colouring
- Dirt-repellent
- Other colours are possible
white glazed
grey glazed
black glazed
yellow glazed
green glazed
orange glazed
blue glazed
red glazed
brown glazed
32
Surfaces
black glazed
FEBO office building, Amsterdam, Netherlands
New construction
Colour: black
Surface: glazed
Surfaces
33
Sunscreen and blinds
The baguettes and lamellas in the ALPHATON® façade
system on the one hand provide creative freedom, whilst
on the other hand, function and uses are stylishly adopted
to the architecture.
Finished parts can be prefabricated from several baguettes.
The use of MOED
ING shading and sunscreen elements
keeps the unity of the structure visible. An unnecessary
and awkward mixture of building materials is therefore
easily circumvented.
-
The baguettes and lamellas can be produced in different
dimensions and wall thicknesses.
The formats can be easily transferred to the façade pattern
and can be produced afterwards for each project.
34
Sunscreen and blinds
Baguettes are used as an additional design element for
façade details:
Windows
Ventilations outlets
Air conditioning
Passageways
Outdoor corridors
Stairways
Balcony areas
As a blind and/or light shield in front of glass
iron grey
Feyerabendhaus building – extension of the town hall, Moosburg, Germany
Architects: Peter Schwinde Architekt BDA, Munich, Germany
Colour: iron grey
Surface: standard
Special form: triangular baguette
Sunscreen and blinds
35
Formats and axial dimensions – ALPHATON®
There is a broad range of design options thanks to the choice between
horizontal and vertical
formats, depending on whether a building will be
accented horizontally or vertically.
ALPHATON® tile is available in 12 different standard formats, from
150 to 400 mm, and in lengths of up to 1,500 mm.
Special formats are possible:
ALPHATON® terracotta elements are available in lengths up to 1,500 mm.
oxide red
36
Formats
CFA, Gennevilliers, France
Architects: Brenac et Gonzalez Architecture, Paris, France
Colour: oxide red
Special form: special form
Formats
37
References new construction
38
red glazed
Mensa, Salmtal, Germany
Architects: Spreier, Dreis
Colour: red
Surface: glazed
References new construction
39
Music College, Karlsruhe, Germany
Architects: Architekten.3P Feuerstein Rüdenauer & Partner, Stuttgart, Germany
Colour: volcano grey
Surface: glazed
40
References new construction
volcano grey, glazed
References new construction
41
ivory
light grey
quartz grey
Clinic, Schwabing (Munich), Germany
Architects: Stefan Ludes, Munich, Germany
Colour: light
grey, quartz grey, ivory
Surface: standard
Special form: baguette
42
References new construction
perlgrau
rosewood patinated
Mainova AG, Frankfurt
Architects: KuP Kleinert und Partner, Frankfurt
Colour: rosewood patinated
Surface: standard
References new construction
43
special colour
Town Hall Gallery, Leverkusen
Architects: HPP, Dusseldorf
Special colour
Special surface + baguettes
44
References new construction
volcano grey
Town Hall, Verl
Architects: Schlattmeier Planungs GmbH, Herford
Colour: volcano grey
Surface: standard
References new construction
45
natural red
brown
sand
volcano grey
VUW Campus, Wellington, NZL
Architects: Frank Coleman Architects, Aukland, NZL
Colours: natural red, brown, sand, volcano grey
Surface: standard
46
References new construction
green glazed
beige glazed
Island Park, Wilhelmsburg (Hamburg), Germany
Architects: Bolles + Wilson, Münster
Colours: beige, several shades of green
Surface: glazed
References new construction
47
deep grooved
red glazed
MyZeil shopping and leisure centre, Frankfurt
Architects: Massimiliano Fuksas Architekten, Rome
Colour: red
Surface: glazed, graved special surface
48
References new construction
volcano grey
Akershus University Hospital, Oslo, NOR
Architects: C.F. Moller, Arhus, Denmark
Colour: volcano grey
Surface: standard
Special form: baguette
References new construction
49
oxide red
pastel red
volcano grey
sand
AT Amsterdam
Architects: Hans van Heeswijk architecten, Amsterdam
Colours: oxide red, pastel red, volcano grey, sand, brown and pearl grey
Surface: standard
50
References new construction
brown
pearl grey
terracotta beige
Premier Inn, Doncaster, GB
Architects: Cartwright Pickard, GB
Colour: terracotta beige
Surface: standard
Special form: clapboard
References new construction
51
References renovation
52
beige
natural red
volcano grey
Water tower, Mittweida
Architects: bks Ingenieurbüro für Hochbau, Wilkau-Haßlach
Colours: beige
, natural red, volcano grey
Surface: standard
References renovation
53
natural red patinated
Putney Bridge, London, GB
Architects: Patel Taylor, London, GB
Colour: natural red patinated
Surface: standard
54
References renovation
natural red
Alter Hof (recessed balconies), Munich
Architects: Auer + Weber + Architekten, Munich
Colour: natural red
Special form: Tile baguettes with triangular cross-section
References renovation
55
pastel red
Public housing, Karlsruhe
Architects: Archis, Karlsruhe
Colour: pastel red
Surface: standard
56
References renovation
natural red
beige
pearl grey
Turnierstieg flat building, Hamburg
Architects: Holger Trumpf, Hamburg
Colours: natural red, beige, pearl grey
Surface: standard
References renovation
57
sand
Residential high-rise, Bremerhaven
Architects: STÄWOG, Bremerhaven, H.-J. Ewert
Colour: sand
Surface: standard
58
References renovation
oxide red
Couven Gymnasium, Aachen
Architects: Finkeldei Architekten, Linnich
Colour: o
xide red
Surface: standard, grooved
Special form: baguette
References renovation
59
salmon
Haus Windhuk, Westerland
Architects: Schlums und Franz, Westerland
Colour: salmon
Surface: standard
60
References renovation
yellow glazed
white glazed
grey glazed
dark grey glazed
red glazed
black glazed
Försterweg, Hamburg
Architects: Hans Rau, Hamburg
Colours: yellow, red, black, grey, dark grey, white
Surface: glazed
References renovation
61
before
after
sand
62
References renovation
sand
volcano grey
High-rise Waldstrasse, Sylt
Architects: PGB Projektentwicklungsgesellschaft + Bauplanung, Hamburg
Colours: volcano grey and sand
Surface: standard, grooved
References renovation
63
MOE-14-009_07/2014
Moeding Keramikfassaden GmbH
Ludwig-Girnghuber-Straße 1
84163 Marklkofen
Germany
Fon + 49 (0) 87 32 / 246 - 00
Fax + 49 (0) 87 32 / 246 - 69
Internet: www.moeding.de
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