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Seite 1
V I NYL
ECO SYSTEM
[ Between us, ideas become reality. ]
TM
COMMERCIAL FLOORING
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[ Between us,
‘‘I ONLY ASK ONE THING
OF A FLOORCOVERING:
EVERYTHING.”
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Seite 3
ideas become reality. ]
TM
3 PUR ECO SYSTEM
3 Performance characteristics
3 Product overview
3 Market segments
3 Technical data
3 Accessories
3 Installation
3 Cleaning and maintenance
P.
P.
P.
P.
P.
P.
P.
P.
4, 5
6, 7
8, 9
10-17
18-32
33-37
38-42
43-45
3
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“ATTRACTIVE,
HARDWEARING,
INEXPENSIVE.
DO THESE REALLY GO
3
TOGETHER?”
ECO SYSTEM – great new freedom
The demands made on floorcoverings are growing. More than ever we are now looking at not only the
purchase price, design and performance characteristics but also the cost of maintenance. And this is not
surprising: with installations lasting over 10 years, maintenance generally accounts for 90% or so of the total
cost of a floorcovering.
New! Vinyl floorcoverings with high-quality polyurethane coating
Armstrong’s new range of vinyl flooring offers fascinating designs and colours, excellent performance
characteristics and a high-quality polyurethane coating. For maximum durability, minimum maintenance
and freedom of design: the PUR ECO SYSTEM from Armstrong.
Maximum durability and simple maintenance
Armstrong has a consistent approach to the future: from now on all vinyl flooring will be factory-finished
with an extremely high-quality, resistant polyurethane coating which makes floors even less susceptible to
soiling, marks and scratches. A further benefit is that it is possible to use both wet and dry cleaning
methods.
Minimal care required – significant cost savings
The high-quality polyurethane coating on Armstrong’s vinyl collection reduces the amount of care and
costly renovation throughout the life* of the flooring, which is a key consideration for everyone with an eye
on the long-term control of costs. Armstrong’s vinyl flooring with the PUR ECO SYSTEM can cut maintenance costs significantly depending on the installation and usage.
* Subject to compliance with Armstrong’s cleaning and maintenance recommendations for polyurethane-coated floorcoverings.
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ECO SYSTEM
“THEY DO
WITH THE
NOW!
ECO SYSTEM
FROM ARMSTRONG.”
Ergonomic and ecological – the
ECO SYSTEM
The polyurethane coating of Armstrong vinyl flooring makes cleaning not only simpler but also physically
less demanding: cleaning equipment glides smoothly over the floor in a highly efficient manner. In addition,
major savings can be achieved in terms of care and cleaning products as well as water consumption. This
also helps to reduce waste water pollution, which is a real bonus where the environment is concerned.
High-quality and resistant – the polyurethane coating from Armstrong
Armstrong DLW vinyl with 100% polyurethane coating – for minimum maintenance and maximum
economy:
extra-tough surface coating for optimum resistance to scuffs and scratches
extra-thick coating of approx. 20 µm (0.02 mm) for longevity
extra-dense surface for resistance to stains, chemicals and disinfectants
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3 Armstrong vinyl – popular and effective
Armstrong vinyl flooring is the first choice for installations where there are exacting requirements on
durability and hygiene without compromising design.
As a high-quality manufacturer with worldwide
experience Armstrong offers a range of products
to suit all your needs: whether homogeneous or
heterogeneous, design, performance or priceoriented, sheet or tiles – the Armstrong vinyl
collection is the optimum floorcovering for every
application. Comfortable hospital and day rooms,
prestigious reception and sales areas, corridors,
staircases or rooms such as operating theatres,
which demand special requirements on conductivity – Armstrong has the solution! This is demonstrated by numerous projects in healthcare,
education and retail, where our flooring has been
used for years.
PVC – environmentally sensible
PVC is ideal for floorcoverings because of its resistance to wear. However its environmental benefits
are less well known. According to the current level
of knowledge the production and use of vinyl flooring does not result in any significant impairment to
man or the environment whatsoever. Life cycle
assessments such as the current study being
carried out by the EU Commission confirm the high
standards achieved by PVC.
Main constituents: rock salt and crude oil
The starting point for the manufacture of PVC is
rock salt (table salt) and crude oil. The other raw
materials involved such as chalks, pigments and
plasticisers are all physiologically harmless. PVC
does not contain formaldehyde or PCP, heavy
metals, lead or cadmium. Containing only 43% of
crude oil, vinyl is a product that is easy on valuable
resources, compared with floorcoverings made
of polyethylene, polypropylene, synthetic rubber
or elastomers. In addition Armstrong vinyl flooring
uses a comparatively low level of energy during
the manufacturing process.
Hygienic and safe
Numerous scientific studies worldwide have demonstrated that PVC products do not present any risk
to man. This is demonstrated by the use of PVC in
the medical sector: be it infusion bags and tubing,
adhesive plasters or oxygen tents.
Behaviour in a fire
Armstrong vinyl floorcoverings safeguard against
flammability. Products have been tested in accordance with international standards and get the
very highest passes available for EN13501 and
DIN4120.
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Performance characteristics
Simple disposal and recycling
Disposal is simple as old flooring and production
waste is 100% recyclable. As a founder member
of the Arbeitsgemeinschaft PVC-Bodenbeläge
Recycling (AgPR - joint venture for recycling PVC
flooring), Armstrong has played a pioneering role.
Armstrong vinyl flooring with the PUR ECO
SYSTEM – benefits at a glance
• integrated polyurethane coating on all structures
• minimal care required throughout the life* of the
flooring
• particularly easy to maintain due to a wide range
of cleaning solutions
• resistant to indentation
• extremely durable
• suitable for chair castors (castors type W,
EN 12529)
• dimensionally stable
•
•
•
•
•
•
•
•
•
antistatic (protection for personnel < 2 kV, EN 1815)
conductive options (conductive and ESD ranges)
colourfast
resistance to acids and caustic solutions
impact noise reduction (with Korkment special
cork underlay)
flame-retardant (Bfl-s1) and self-extinguishing
slip resistant (R 9/R 10 depending in product)
suitable for installation over underfloor heating
low emission level
For further information contact Armstrong
Floor Products on 01235 554848.
* Subject to compliance with Armstrong’s cleaning and maintenance
recommendations for polyurethane-coated floorcoverings.
7
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3 Eleven products, a huge range of colours, freedom of design
Contour
This homogeneous floorcovering has a distinctive
eye-catching chip design in a selection of finely
graduated shades of grey which provide the perfect background for the high-contrast speckled
pattern in strong accent colours, from orange and
lilac to blue and green. These striking contrasts
bring the floor to life, giving it an impressive
architectural touch.
Favorite
This popular floorcovering with its characteristic
chip design in the background colour is now
available in even more colourways! 24 striking
individual colours invite you to give your design
ideas free rein: from fresh dynamic blues and
greens to old gold, terracotta and neutral beige
tones to cool shades of grey.
Royal
The well-known and popular classic homogeneous
vinyl floorcovering with a non-directional, non-stain,
marbled pattern that looks elegant and will not
date. This performance flooring is available in a
wide selection of colours for every taste and has
offered tried and tested quality for all types of
applications for over 40 years.
Cenit
This floorcovering is ideal for a wide range of
applications as the structure perfectly conceals
the wear and tear of everyday life. 20 graduations
of colour, ranging from neutral to more intensive
shades, leave nothing to be desired in terms of
design.
Solid
The economical solution for maximum requirements on resistance to wear and to soiling. Available in 16 attractive colourways from grey and
beige tones to blue, green and red.
Perspectives
The avant-garde design floorcovering with the
look of brushed concrete and oxidised metal.
Available in 4 unusual colours, Perspectives offers
exciting mixes of materials and designs. Ideal for
a wide range of applications in the shop fit-out
sector.
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Product overview
Timberline
This designer floorcovering catches the eye with
its strikingly authentic wood-effect designs. With 5
woods in 13 colourways from the dark sheen
of oak and wenge through to warm cherry, light
beech and maple. The combination of natural
styling and ease of maintenance make Timberline
an ideal floorcovering for high-class care homes,
hospital wards and for retail shops.
have a foam backing that ensures excellent sound
absorption of 19dB whilst increasing underfoot
comfort.
Contract Interior
This bright heterogeneous flooring features colourful designs with modern metallic effects and is
ideal wherever trendy styling and fresh colours are
required. The design and texture conceal light
soiling, thus ensuring the floors will look perfect at
all times.
Conductive/ESD
For applications with special requirements for
conductivity, whether for microelectronics or the
healthcare sector, Armstrong offers a range of
conductive floorcoverings. In addition to the conductive versions of Contour and Royal, there is also
the conductive Pastell, whose pure bright colours
with a speckled pattern in stronger shades colourcoordinate with Favorite.
Acoustic
The heterogeneous range is completed with
acoustic versions of Contract Interior (9 colours)
and Timberline (6 colours). These floorcoverings
Translations
Translations is popular due to its flexibility and
resistance to stains, as well as its varied range of
20 colours. The slightly marbled structure gives
installations special optical depth.
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Domestic
Class 21 – 23
light – heavy duty
Commercial
Class 31 – 32
light – medium duty
Class 33
heavy duty
Class 34
very heavy duty
Light industrial
Class 41
light duty
Class 42
medium duty
Class 43
heavy duty
Pastell Conductive (LG2)
Royal ESD (LG1)
Royal Conductive (LG2)
Contour Conductive (LG2)
Translations
Contract Interior Acoustic
Contract Interior
Timberline Acoustic
Timberline
Perspectives
Solid
Cenit
Royal
Favorite
Classification EN 685
Contour
3 Armstrong VINYL – unlimited possibilities!
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Market segments
Supplementary suitability
Chair castors
Static
dissipative
Under-floor
heating
Resistance to
chemicals
Anti-static
Examples of use
HOME
Hall, corridor, kitchen, dining-room, bedroom, children’s rooms, living-room
WET ROOMS
Bathrooms, showers, toilets, laundry rooms
OFFICE/HOTEL/SHOP
Individual office, meeting room, exhibition room, law office, hotel room, boutique
RESEARCH CENTRE
SCHOOL/UNIVERSITY/NURSERY
Staff room, office, classroom, seminar room, library, laboratory, common-room
HOSPITAL
Office, treatment room, X-ray or technical room, private and public wards, nurse’s room, corridor, waiting room,
rehabilitation centre, old people’s home
RESTAURANT/SHOP
Hotel lobby, dining-room, café, boutique, chemists
OFFICE
Open-plan offices, corridors, seminar rooms
CULTURE/LEISURE
Museum, art gallery, library, parish hall, church
OFFICE/HOTEL
Entrance, bank counter, staircase, corridor, open-plan office, reception area, dance floor
SCHOOL/UNIVERSITY/KINDERGARTEN
Entrance, corridor, staircase, lecture theatre, canteen, workshop, gymnasium, day-room
HOSPITAL/NURSING HOME
Entrance, staircase, corridor, waiting room, children’s day centre, barracks, prison
OPERATING THEATRE
RESTAURANT/SHOP
Entrance, staircase, snack bar, dance floor, departmental store, self-service supermarket, hairdressing salon, canteen
CULTURE/LEISURE
Meeting hall, congress centre, young people’s centre, cinema, airport buildings
PRODUCTION/WAREHOUSE
Sedentary work: Electronics and precision-engineering workshop
Stand-up work: Electronics workshop or storage room
ESDS Testing station
Warehouse, printing works, production locations with fork-lift trucks and heavy wheeled traffic
11
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VINYL
HARD-WEARING
ARMSTRONG
PATIENT ROOMS/
WARDS
Aesthetics
Warm underfoot feel
Hygienic
CAFETERIAS/
CANTEENS/
WAITING ROOMS
Aesthetics
Ease of maintenance
Hard wearing
THERAPY/
SPORTS AREAS
Resilience
Slip resistance
Hard wearing
ENTRANCE FOYER
Aesthetics
Hard wearing
Entrance matting
Comfort
Armstrong is a specialist in flooringcoverings for the healthcare sector. With many years of international
experience, Armstrong offers not only vinyl but also a wide range of floor solutions including linoleum,
safety floors, carpets and carpet tiles suitable for all types of rooms and their specific requirements.
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Market segments
HYGIENIC AND
FOR HEALTHCARE .
–
OPERATING THEATRES
Conductivity
Residual indentation
Hygienic
WET ROOM AREAS
Slip resistance
Hygienic
CONSULTING ROOMS
Stain resistance
Ease of maintenance
ADMINISTRATION OFFICES
Sound insulation
Hard wearing
Comfort
Anti-static/raised access floors
HALLS/CORRIDORS/
STAIRCASES
Hygienic
Hard wearing
Sound insulation
For more information please request our healthcare segment brochure by telephoning 01235 554848.
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ARMSTRONG
TOUGH
AND ATTRACTIVE IN
CLASSROOMS/
LECTURE THEATRES
Hard wearing
Sound insulation
Hygienic
Comfort
ENTRANCE
Hard wearing
Entrance matting
Ease of maintenance
Aesthetics
Dirt resistance
SPORTS HALLS/
CHANGING ROOMS
Slip resistance
Sound insulation
Hygienic
As one of the largest and best-known manufacturers of flooring in the education sector Armstrong
offers not only vinyl but also a wide range of other floor solutions including linoleum, safety flooring,
carpet and carpet tiles suitable for all types of rooms and their specific requirements.
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Market segments
VINYL –
THE EDUCATIONAL SECTOR.
LABORATORIES
Stain resistance
Ease of maintenance
Resistance to chemicals
Conductivity
CANTEENS/
DINING ROOMS
Slip resistance
Ease of maintenance
Hard wearing
Aesthetics
CORRIDORS/STAIRS
Hard wearing
Sound insulation
Fire resistance
ADMINISTRATION OFFICES/
LIBRARY
Aesthetics
Sound insulation
Hard wearing
For more information please request our education segment brochure by telephoning 01235 554848.
15
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ARMSTRONG
FLEXIBLE
AND PRESTIGIOUS
WET ROOM AREAS/TOILETS
Hygiene
Ease of maintenance
Slip resistance
CATERING
Ease of maintenance
Aesthetics
Hard wearing
SALES FLOORS
Aesthetics
Hard wearing
Ease of installation
Ease of maintenance
STORAGE FACILITIES
Hard wearing
Slip resistance
REPAIR SHOPS
Antistatic
Hard wearing
FOOD AREAS
Hard wearing
Ease of maintenance
Hygiene
Armstrong offers a comprehensive range of foorcoverings for the retail sector including luxury vinyl tiles,
linoleum, safety flooring, carpets and carpet tiles. In addition to the collection of sheet vinyl flooring the
”Scala” LVT range is particularly popular in retail environments.
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Market segments
VINYL –
IN THE RETAIL SECTOR.
FACILITY
MANAGEMENT
Hard wearing
Ease of maintenance
STAFF ROOMS
Aesthetics
Comfort
Ease of maintenance
OFFICE
Antistatic/raised access floor
Sound absorption
Hard wearing
Comfort
WAITING LOUNGE
Aesthetics
Sound insulation
ENTRANCE AREAS
Aesthetics
Hard wearing
Entrance matting
For more information please request our retail segment brochure by telephoning 01235 554848.
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Contour
Contour
Specification
Type of flooring
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Homogeneous, with surface protection
Polyvinyl chloride
Contrasting chips
EN 13501-1
DIN 4102 T1
B 3810
Class
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
–
R9
3
cm/m
cm
m2/box
mm
g/m2
mm
Stage
mm
180/16-25
60.8 x 60.8
5.54
2.0
2900
0.03
7
0.06
P
200
< 2.0
0.010
–
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Flammability Switzerland
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Thermal conductivity
Classification
Domestic
Commercial
Industrial
UPEC classification
ZH 1/571
ISO 140-8
EN 426
EN 427
EN 428
EN 430
EN 433
ISO 105-B02
EN 660 T1
EN 649
VDE 0100
EN 1815
DIN 52612 T1
DIN 52614
EN 685
EN 685
EN 685
kOhm min.
kV
m2K/W
Stage
Class
Class
Class
21-23 heavy
31-34 very heavy
41-43 heavy
U4 P3 E2/3 C2
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Favorite
Favorite
Specification
Type of flooring
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Homogeneous, with surface protection
Polyvinyl chloride
Non-directional chip
EN 13501-1
DIN 4102 T1
B 3810
Class
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
Applied for
R9
3
cm/m
cm
m2/box
mm
g/m2
mm
Stage
mm
180/16-25
60.8 x 60.8
5.54
2.0
3300
0.03
7
0.06
P
200
< 2.0
0.010
–
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Flammability Switzerland
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Thermal conductivity
Classification
Domestic
Commercial
Industrial
UPEC classification
ZH 1/571
ISO 140-8
EN 426
EN 427
EN 428
EN 430
EN 433
ISO 105-B02
EN 660 T1
EN 649
VDE 0100
EN 1815
DIN 52612 T1
DIN 52614
EN 685
EN 685
EN 685
kOhm min.
kV
m2K/W
Stage
Class
Class
Class
21-23 heavy
31-34 very heavy
41-43 heavy
applied for
19
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Royal
Royal
Specification
Type of flooring
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Homogeneous, with surface protection
Polyvinyl chloride
Marbled
EN 13501-1
DIN 4102 T1
B 3810
Class
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
5.2
R9
3
cm/m
cm
m2/box
mm
g/m2
mm
Stage
mm
180/16-25
60.8 x 60.8
5.54
2.0
2900
0.03
6
0.06
P
200
< 2.0
0.010
–
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Flammability Switzerland
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Thermal conductivity
Classification
Domestic
Commercial
Industrial
UPEC classification
ZH 1/571
ISO 140-8
EN 426
EN 427
EN 428
EN 430
EN 433
ISO 105-B02
EN 660 T1
EN 649
VDE 0100
EN 1815
DIN 52612 T1
DIN 52614
EN 685
EN 685
EN 685
kOhm min.
kV
m2K/W
Stage
Class
Class
Class
21-23 heavy
31-34 very heavy
41-43 heavy
U4 P3 E2/3 C2
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Cenit
Cenit
Specification
Type of flooring
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Homogeneous, with surface protection
Polyvinyl chloride
Watered effect
EN 13501-1
DIN 4102 T1
B 3810
Class
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
Applied for
R9
3
cm/m
cm
m2/box
mm
g/m2
mm
Stage
mm
180/16-25
60.8 x 60.8
5.54
2.0
3100
0.03
6
0.06
P
200
< 2.0
0.010
–
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Flammability Switzerland
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Thermal conductivity
Classification
Domestic
Commercial
Industrial
UPEC classification
ZH 1/571
ISO 140-8
EN 426
EN 427
EN 428
EN 430
EN 433
ISO 105-B02
EN 660 T1
EN 649
VDE 0100
EN 1815
DIN 52612 T1
DIN 52614
EN 685
EN 685
EN 685
kOhm min.
kV
m2K/W
Stage
Class
Class
Class
21-23 heavy
31-34 very heavy
41-43 heavy
applied for
21
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Solid
Solid
Specification
Type of flooring
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Homogeneous, with surface protection
Polyvinyl chloride
Watered effect
EN 13501-1
DIN 4102 T1
B 3810
ZH 1/571
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R9
3
EN 426
EN 427
EN 428
EN 430
EN 433
ISO 105-B02
EN 660 T1
EN 649
VDE 0100
EN 1815
DIN 52612 T1
DIN 52614
cm/m
cm
m2/box
mm
g/m2
mm
Stage
mm
Class
kOhm min.
kV
m2K/W
Stage
180/16-25
60.8 x 60.8
5.54
2.0
3300
0.03
7
0.24
M
200
< 2.0
0.010
–
EN 685
EN 685
EN 685
Class
Class
Class
21-23 heavy
31-34 very heavy
41-43 heavy
U4 P3 E2/3 C2
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Thermal conductivity
Classification
Domestic
Commercial
Industrial
UPEC classification
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Perspectives
Perspectives
Specification according to EN 649
Specification
Type of flooring
Standard
EN 649
Unit
Result
Synthetic floorcovering
Heterogeneous, with surface protection
Polyvinyl chloride
Metal and concrete effect
EN 13501-1
DIN 4102 T4
B 3810
BGR 1811 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R9
2
EN 426
EN 427
EN 428
EN 429
EN 430
EN 433
ISO 105-B02
EN 649
EN 649
VDE 0100
EN 1815
DIN 52612 T1
cm/m
cm
m2/box
mm
mm
g/m2
mm
Stage
mm
Class
kOhm min.
kV
m2K/W
200/16-25
60.8 x 60.8
5.54
2.0
0.55
3150
< 0.1
min. 6
≤ 0.08
T
200
< 2.0
0.010
EN 685
EN 685
EN 685
Class
Class
Class
21-23 heavy
31-34 very heavy
41-43 heavy
U3 P3 E2/3 C2
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Thickness of wear layer
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Classification
Domestic
Commercial
Industrial
UPEC classification
23
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Seite 24
Timberline
Timberline
Specification
Type of flooring
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Heterogeneous, with surface protection
Polyvinyl chloride
Wood effect
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
EN 13501-1
DIN 4102
B 3810
BGR 181 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R9
2
General properties
Sheet width/sheet length
Overall thickness
Thickness of wear layer
Total weight
Residual indentation
Colour fastness
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
EN 426
EN 428
EN 429
EN 430
EN 433
ISO 105-B02
EN 649
VDE 0100
EN 1815
DIN 52612-1
cm/m
mm
mm
g/m2
mm
Stage
Class
kOhm min.
kV
m2K/W
200/16-25
2.0
0.55
3150
< 0.1
min. 6
T
200
< 2.0
< 0.17
EN 685
EN 685
EN 685
Class
Class
Class
21–23 heavy
31–33 heavy
41–42 medium
U3 P3 E2/3 C2
Material
Pattern
Classification
Domestic
Commercial
Industrial
UPEC classification
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Timberline Acoustic
3 Timberline Acoustic
For all areas with increased sound insulation requirements Armstrong offers an attractive range of special
acoustic flooring. Here polyurethane-coated vinyl floorings are also equipped with a hard-wearing foam
backing at the factory, ensuring excellent sound absorption of 19dB, enhancing underfoot comfort.
With a choice of Timberline or Contract Interior, customers can choose between two flooringcoverings
which are ideally suited for installation in a whole range of different interiors – depending on the specific
requirements and design preferences. Timberline Acoustic is available in six colours and Contract Interior
Acoustic in a total of nine attractive colourways.
Timberline Acoustic
Specification
Type of flooring
Specification according to EN 651
Standard
EN 651
Unit
Result
Synthetic floorcovering
Heterogeneous, with surface protection
and foam backing
Polyvinyl chloride
Wood effect
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
EN 13501-1
DIN 4102
B 3810
BGR 181 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R9
19
General properties
Sheet width/sheet length
Overall thickness
Thickness of wear layer
Thickness of foam layer
Total weight
Residual indentation
Colour fastness
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
EN 426
EN 428
EN 429
EN 429
EN 430
EN 433
ISO 105-B02
EN 649
VDE 0100
EN 1815
DIN 52612 T1
cm/m
mm
mm
mm
g/m2
mm
Stage
Class
kOhm min.
kV
m2K/W
200/16-20
3.65
0.5
2.4
2970
< 0.2
min. 6
T
200
< 2.0
< 0.17
EN 685
EN 685
EN 685
Class
Class
Class
21–23 heavy
31–33 heavy
41–42 medium
U3 P3 E2 C2
Material
Pattern
Classification
Domestic
Commercial
Industrial
UPEC classification
25
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Seite 26
Contract Interior
Contract Interior
Specification
Type of flooring
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Heterogeneous, with surface protection
Polyvinyl chloride
Non-directional speckle
EN 13501-1
DIN 4102
B 3810
BGR 181 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R9
2
EN 426
EN 427
EN 428
EN 429
EN 430
EN 433
ISO 105-B02
EN 649
VDE 0100
EN 1815
DIN 52612 T1
cm/m
cm
m2/box
mm
mm
g/m2
mm
Stage
Class
kOhm min.
kV
m2K/W
200/16-25
60.8 x 60.8
5.54
2.0
0.55
3300
< 0.1
min. 6
T
200
< 2.0
< 0.17
EN 685
EN 685
EN 685
Class
Class
Class
21–23 heavy
31–33 heavy
41–42 medium
U3 P3 E2/3 C2
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Thickness of wear layer
Total weight
Residual indentation
Colour fastness
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Classification
Domestic
Commercial
Industrial
UPEC classification
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Seite 27
Contract Interior Acoustic
3 Contract Interior Acoustic
For all areas with increased sound insulation requirements Armstrong offers an attractive range of special
acoustic flooring. Here polyurethane-coated vinyl floorings are also equipped with a hard-wearing foam
backing at the factory, ensuring excellent sound absorption of 19dB, enhancing underfoot comfort.
With a choice of Timberline or Contract Interior, customers can choose between two flooringcoverings
which are ideally suited for installation in a whole range of different interiors – depending on the specific
requirements and design preferences. Timberline Acoustic is available in six colours and Contract Interior
Acoustic in a total of nine attractive colourways.
Contract Interior Acoustic
Specification
Type of flooring
Specification according to EN 651
Standard
EN 651
Unit
Result
Synthetic floorcovering
Heterogeneous, with surface protection
with foam backing
Polyvinyl chloride
Non-directional speckle
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
EN 13501-1
DIN 4102
B 3810
BGR 181 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R9
19
General properties
Sheet width/sheet length
Overall thickness
Thickness of wear layer
Thickness of foam layer
Total weight
Residual indentation
Colour fastness
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
EN 426
EN 428
EN 429
EN 429
EN 430
EN 433
ISO 105-B02
EN 649
VDE 0100
EN 1815
DIN 52612 T1
cm/m
mm
mm
mm
g/m2
mm
Stage
Class
kOhm min.
kV
m2K/W
200/16-20
3.65
0.5
2.4
2970
< 0.2
min. 6
T
200
< 2.0
< 0.17
EN 685
EN 685
EN 685
Class
Class
Class
21–23 heavy
31–33 heavy
41–42 medium
U3 P3 E2 C2
Material
Pattern
Classification
Domestic
Commercial
Industrial
UPEC classification
27
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Seite 28
Translations
Translations
Specification according to EN 649
Specification
Type of flooring
Standard
EN 649
Unit
Result
Synthetic floorcovering
Heterogeneous, with surface protection
Polyvinyl chloride
Non-directional marble effect
EN 13501-1
DIN 4102
B 3810
BGR 181 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R9
2
EN 426
EN 427
EN 428
EN 429
EN 430
EN 433
ISO 105-B02
EN 649
VDE 0100
EN 1815
DIN 52612 T1
cm/m
cm
m2/box
mm
mm
g/m2
mm
Stage
Class
kOhm min.
kV
m2K/W
200/16-25
60.8 x 60.8
5.54
2.0
0.55
3300
< 0.1
min. 6
T
200
< 2.0
< 0.17
EN 685
EN 685
EN 685
Class
Class
Class
21–23 heavy
31–33 heavy
41–42 medium
U3 P3 E2/3 C2
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Thickness of wear layer
Total weight
Residual indentation
Colour fastness
Wear resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Classification
Domestic
Commercial
Industrial
UPEC classification
XX
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Contour Conductive (LG2)
Contour Conductive (LG2)
Specification
Type of flooring
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Homogeneous
Polyvinyl chloride
Contrasting chips
EN 13501-1
DIN 4102
B 3810
BGR 181 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R9
3
EN 426
EN 427
cm/m
cm
m2/box
mm
g/m2
mm
Stage
mm
180/16-25
60.8 x 60.8
5.54
2.0
2900
0.04
7
0.10
P
1x106
0.1
0.010
–
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Vertical resistance
Static electrical charge
Thermal resistance
Thermal conductivity
Classification
Domestic
Commercial
Industrial
UPEC classification
EN 428
EN 430
EN 433
ISO 105-B02
EN 660 T1
EN 649
EN 1081
EN 1815
DIN 52612 T1
DIN 52614
EN 685
EN 685
EN 685
Ohm max.
kV
m2K/W
Stage
class
class
class
21-23 heavy
31-34 very heavy
41-43 heavy
U4 P3 E2/3 C2
29
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Seite 30
Royal Conductive/ESD
3 Homogeneous floorcoverings with enhanced electrical properties
General
Armstrong has a step-by-step range of conductive floorcoverings for various areas where the requirements
include electrical earthing. Conductive Armstrong DLW vinyl floorcoverings have proved their value and
demonstrated their ability to meet all conductivity requirements. Those in conductivity category LG2 can
keep conductive resistance to a maximum of 10 6 Ω (Ohm), and Royal ESD (LG1) offers not only a maximum
conductive resistance of 10 7 Ω but also the ability to meet the local insulation rating required by VDE 0100.
Requirements for electrical grade floorcoverings
The required electrical values are shown as maximum figures (in Ohms) for the leakage resistance. Ohmic
resistance figures in the unlaid product (R 1) and earth leaking resistances in the installed material (R 2) are not
to be confused. The manufacturing data illustrated applies to unlaid material. If an earth leaking resistance
is required, a conductive installation is also necessary. In many industrial areas, e.g. testing stations, the location’s contact resistance R ST as per VDE 0100 has to be complied with.
Computers and other electronic appliances may suffer interference from electrostatic charging. The charge
voltage arising from the interference depends on the type of construction and the shielding of the appliances
and signal circuits. Enquiries about the recommendations for computer centres should be directed to the
computer manufacturers.
Royal Conductive (LG2)
Royal ESD (LG1)
Specification according to EN 649
Specification
Type of flooring
Standard
EN 649
Unit
Result (LG2)
Synthetic floorcovering
Homogeneous
Polyvinyl chloride
Marbled
Result (LG1)
Synthetic floorcovering
Homogeneous
Polyvinyl chloride
Marbled
EN 13501-1
DIN 4102
B 3810
BGR 181 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R10
3
Bfl-s1
B1
B1/Q1
R9
3
EN 426
EN 427
cm/m
cm
m2/box
mm
g/m2
mm
Stage
mm
180/16-25
60.8 x 60.8
5,54
2,0
2800
0.04
7
0.11
P
1x106
–
0.1
0.010
–
180/16-25
60.8/60.8
5.54
2.0
2800
0.04
7
0.11
P
1x107
50
0.4
0.010
–
21-23 heavy
31-34 very heavy
41-43 heavy
U4 P3 E2/3 C2
21-23 heavy
31-34 very heavy
41-43 heavy
U4 P3 E2/3 C2
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Vertical resistance
Electrical insulation to ground
Static electrical charge
Thermal resistance
Thermal conductivity
Classification
Domestic
Commercial
Industrial
UPEC classification
EN 428
EN 430
EN 433
ISO 105-B02
EN 660 T1
EN 649
EN 1081
VDE 0100
EN 1815
DIN 52612 T1
DIN 52614
EN 685
EN 685
EN 685
Ohm max.
kOhm min.
kV
m2K/W
Stage
Class
Class
Class
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Seite 31
Pastell Conductive (LG2)
Only floorcoverings specifically developed for this purpose can meet the simultaneous demand for discharge
capability and location insulation (as a dual requirement). You can obtain further information about this from
the Armstrong Technical Team by telephoning 01235 554848.
Anti-static floorcoverings
A floorcovering is antistatic when a charge of 2.0kV is not exceeded in the stroll test according to EN 1815.
At 25 % RH, this is below the threshold of human sensitivity and safeguards against any personal discomfort
cased by electrostatic build up. Armstrong DLW homogeneous floorcoverings and Armstrong DLW homogeneous floorcoverings on Korkment meet these standards.
Armstrong DLW HOMOGENEOUS Conductive/ESD
Grade
Colour
Royal LG1
Royal LG2
Contour LG2
Pastell LG2
1424
2424
2920
2815
Thickness
(mm)
2,0
2,0
2,0
2,0
Rolls width
(cm)
180
180
180
180
Pastell Conductive (LG2)
Specification
Type of flooring
Tiles sizes
(cm)
60.8 x 60.8
60.8 x 60.8
60.8 x 60.8
60.8 x 60.8
Conductive
resistance R1 (Ω)
≤ 107
≤ 106
≤ 106
≤ 106
Specification according to EN 649
Standard
EN 649
Unit
Result
Synthetic floorcovering
Homogeneous
Polyvinyl chloride
Chip design
EN 13501-1
DIN 4102
B 3810
BGR 181 (ZH 1/571)
ISO 140-8
Class
Class
Class
Group
dB
Bfl-s1
B1
B1/Q1
R10
3
EN 426
EN 427
cm/m
cm
m2/box
mm
g/m2
mm
Stage
mm
180/16-25
60.8 x 60.8
5.54
2.0
2900
0.04
7
0.10
P
1x106
0.1
0.010
–
Material
Pattern
Safety criteria
Flammability
Flammability
Flammability Austrian norm
Slip resistance
Sound absorption
General properties
Sheet width/sheet length
Tile size
Number of tiles
Overall thickness
Total weight
Residual indentation
Colour fastness
Thickness loss
Wear resistance
Vertical resistance
Static electrical charge
Thermal resistance
Thermal conductivity
Classification
Domestic
Commercial
Industrial
UPEC classification
Local insulation RST (Ω)
VDE 0100
≥ 5 x 104
–
–
–
EN 428
EN 430
EN 433
ISO 105-B02
EN 660 T1
EN 649
EN 1081
EN 1815
DIN 52612 T1
DIN 52614
EN 685
EN 685
EN 685
Ohm max.
kV
m2K/W
Stage
class
class
class
21-23 heavy
31-34 very heavy
41-43 heavy
U4 P3 E2/3 C2
31
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Korkment Special
3 Korkment Special
Armstrong Korkment Special is an insulation underlay for use with homogeneous synthetic floorcoverings,
that is made from natural raw materials and is similar in its production to linoleum. It consists exclusively of
granulated cork plus a bonding agent.
Features
Impact noise reduction and excellent resilience. It can be used with castor chairs and is suitable for use with
under-floor heating.
Adhesive
Can be stuck down using any adhesives that are suitable for linoleum floorcoverings.
Korkment Special
Specification according to EN 12455
Feature
Proof
Unit
Value
Overall thickness
Total weight
EN 428
EN 430
mm
g/m2
2.0
Density
Roll width
Residual indentation
Indentation after 150 min.
Thermal resistance
Impact noise reduction
Measurement of homogeneous
coverings on Korkment Special
EN 672
EN 426
EN 433
EN 433
DIN 52612-1
ISO 140-8
kg/m3
cm
mm
mm
m2K/W
dB
1450
< 750
200
< 0.2
< 1.1
0.026
14
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Seite 33
Accessories
ACCESSORIES
3 1/Armstrong concave
profile/cove former
HPR 2525/5050
The profiles HPR 2525 and HPR 5050 products,
which are manufactured from synthetic materials,
optimise the Armstrong skirting-board system
and offer an alternative to rectangular skirting
board systems. The process is simple and can
be carried out by any competent installer. HPR is
installed after the subfloor is prepared and can
be used on any type of flooring base.
1.1 Procedure
1. The floorcovering is to be adhered normally
leaving a gap between the cut edge and the wall –
for HPR 2525 this is approx. 6 cm and for HPR
5050 approx. 8 cm – (to be marked out with a
chalked string). The floorcovering adhesive must
not be applied outside of the mark.
2. The concave profile is glued with contact adhesive (applied on both sides). The mitre joints are
cut for the inner and outer corners in the mitre
box. To do this a crescent-shaped cutter or a saw
is used.
4. The material strips that have been prepared are
laid on the marking and pressed into the concave
moulding. Before reaching the corner (approx. 1
m) the mitre joint is cut on the laying strip using a
metal template. Finally, the strip can be pressed
as before into the concave moulding.
5. The remaining strip of covering material of
approx. 1 cm of the floorcovering is then marked
finally with the marker and cut off with the hooked
blade. With this there should be a join of about
0.5 mm. During the overall installation process it
is important that the material strip should be firmly
pressed on or rubbed in.
6. The join between the concave skirting strip and
the floorcovering is then grooved and sealed with
Armstrong weld rod.
1.2 Joint sealing
The corner areas can be permanently sealed
a) With colour-matched permanently resilient
sealant
b) With cold-weld material.
3. The sticking down of the material strips – with
the HPR 2525 approx. 16 cm and HPR 5050
approx. 18 cm in width – is done also using contact adhesive (applied to both surfaces). A mark
is to be made on the wall all the way round at a
height of approximately 10 cm. This serves both
as a guideline for the limit of the laying of the
covering and for the adhesive as well.
33
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Seite 34
Accessories
Cove Former skirting section, HPR 2525
Floorcovering completely glued
down leaving a gap along the walls.
Floorcovering
HPR 2525
Weld rod
Floorcovering
Base section installed.
Article no.
Quality
Colour
Form of delivery
220095
Synthetic
Black
Box with 10 rails at 2.5 lm
Mitring with template.
Cove Former skirting section, HPR 5050
Trimming overlap strip.
Floorcovering
HPR 5050
Weld rod
Floorcovering
Sealing with weld rod.
Article no.
Quality
Colour
Form of delivery
220129
Synthetic
Black
Box with 10 rails at 2.5 lm
The result is
a technically perfect wall join.
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Accessories
3 2/Armstrong concave skirting
board HSLA
Concave skirting boards are made up from the
existing floorcovering material and are delivered
in the desired colour as per Armstrong’s projectrelated production. The junction between the floor
and wall is formed in a rounded shape; the HSLA
concave skirting board maintains the stability of its
shape through having aluminium reinforcement at
the back. The concave skirting boards are installed
prior to the surface laying and can be used with all
types of floorings.
2.1 Procedure
For corners an electrical mitre joint saw can be
used on large projects, but in smaller projects, a
hand mitring saw is adequate. If there are no flushmounted skirting boards to be installed, it is recommended that concave skirting be fitted before
the painting and papering of the walls is carried out.
Fixing is carried out using contact adhesive. The
floorcovering is marked at a distance of 0.5 mm to
the installed skirting and cut with the blade. The
sealing is carried out with the use of weld rod. The
inner and outer corners of the concave skirting
board rails can be stabilised with HSLA inner and
outer corners.
2.2 Form of delivery and dimensions
Project-related production of at least one vinyl roll
180 cm in width.
Skirting board height: 10 cm
Base width:
6 cm
Length:
250 cm
Mark walls
for positioning of product.
Carry out the same procedure for
floor alignment.
Apply contact adhesive up to the
markings on floor and wall.
Fix cut-to-measure HSLA skirting
in place.
Rub down well to achieve good
transfer of adhesive.
Coved Skirting in floorcovering material
Aluminium reinforcement/
Synthetic material reinforced with fibreglass
Trim off protruding covering strips.
ca. R12
Weld rod
Floorcovering
A satisfactory sound finish should
now be achieved.
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Accessories
3 3/Armstrong inner and outer
corners for HSLA
Inner and outer protective corners have been
specially developed for the Armstrong DLW
ready formed skirtings, and are supplied with a
metal fixing plate, decorative cover corner piece,
and fixing materials.
3.1 Procedure
1. The fixing plate is screwed to the base of the
wall in its respective internal/external corner
position using the screws and plugs provided.
Adhesive can also be used for walls unable to take
a secure screw fixing. When possible it may be
desirable to recess the bracket flush to the wall
surface.
Inner corner
Outer corner
Colour
Aluminium
Aluminium
2. The HSLA ready formed skirting material is cut
to create mitre joints allowing sufficient gap to
flush with the bracket, allowing for the appropriate
Armstrong weld rod to be inserted for finishing.
The HSLA ready formed skirting material is then
adhered using a contact adhesive.
3. The decorative cover strip is finally fixed in
position and the mitre joint is sealed with the weld
rod.
Quantity
10 pcs*
10 pcs*
Article No.
492868
492892
* includes 40 Spax-type cross-head screws and 40 size 55 wall-plugs for fitting supports.
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Seite 37
Accessories
ACCESSORIES
3 4 /Armstrong weld rods
Armstrong’s weld rods match the colours of the
vinyl collection. The weld rod is resistant to solvents
and disinfectants.
4.1 Procedure
After the adhesive has set – this can take several
days depending on the type of adhesive, sub-floor
temperature and humidity – the seams are grooved
out to a depth of 2/3 of the thickness of the installed
material and carefully vacuumed or blown out. The
width of the join should be around 3.5 mm. The
weld rod is processed with a hand welder and attached speed welding nozzle of 5 mm in diameter, or
with an automatic welder. We recommend using
speed welding nozzles that have a very narrow air
outlet. Operating temperature is from 450-500 °C.
This temperature must remain within this operational range. The speed of operation should be
selected so that the molten rod runs well into the
milled groove. This corresponds to a working speed
of 4-5 metres per minute. The surplus of the rod is
trimmed to be rendered flush with the material surface in two operations. The first trimming is done
when the weld is still warm using the crescent-shaped cutter and sledge. The second trimming is carried out after cooling-down, and is cut smooth and
level to the floorcovering using only the crescentshaped cutter. For large projects we recommend
automatic welders in which the weld rod runs
without tension. The temperature is constantly
checked and the weld rod is guided into the milled
groove without any unchecked pressure loading
from its own weight.
4.2 Form of delivery
Thickness
approx. 4 mm
Rolls
at 100 lm
Weight/roll
approx. 1.5 kg
Packing unit
box with roll
4.3 Colour recommendation
Colour recommendations for the optimum combination of weld rod and floorcovering can be found
on our weld rod colour card.
4.4 Dimensions
Rolls 180 cm wide
Tiles 60.8 x 60.8 cm
0.5 lm/m 2
3.5 lm/m 2
3 5/Copper strips
Armstrong copper strips are recommended for the
conductive laying of Armstrong DLW Homogeneous
LG1/LG2. Supplied in 50 metre rolls.
37
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Installation
INSTALLATION
Before laying tiles or rolls of flooring
spread out and allow to acclimatise
at room temperature. Check that
the underfloor is not damp and has
an even surface, and check the room
conditions in terms of humidity and
temperature.
Cut the first roll edge using the strip
cutter.
Follow the instructions of the adhesive
manufacturer.
Apply an even coating of adhesive,
finishing in a straight line at the break
of the roll edges.
Press the rolled-up flooring into the
bed of adhesive, which has been aired
according to the manufacturer’s
instructions.
Cut round heating pipes.
Rubbing down the sheets with a
rubbing iron, a device covered with
needle felt…
… or with a lino roller which, due to
the gauge of the rollers, exercises
sufficient pressure even where slight
irregularities occur.
Groove flooring seam with a groover.
Speed-welding nozzle for hand welder
with a narrow air outlet.
Thermal sealing with hand welder.
1st seam trim with sledge attached
under the crescent-shaped knife.
2nd seam trim flush with the upper
edge of the flooring with the crescentshaped knife.
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Installation
INSTALLATION
To ensure a good colour match, only install rolls
that come from the same manufacturer’s batch
number. Minor differences in shades of colour
cannot, however, be completely ruled out. The
contractor should check the colour after laying
out the goods prior to installation. Any complaints
about colour matching can no longer be considered when installation has been completed.
List of manufacturers
Laybond Products Ltd.
Riverside
Saltney
CHESTER
CH4 8RS
T: +44 (0)1244 674774
F Ball & Co. Ltd
3 1/ Sub-floor
Churnetside Business Park
Armstrong PUR vinyl floorcoverings can be laid on
all sub-floors that are permanently smooth, firm,
free of cracks, and refer to all other relevant country standards. Dense, non-porous sub-floors such
as poured asphalt or primed screeds must be
smoothed with a levelling compound of at least 3
mm thickness, before emulsion-based adhesives
are used. The following figures for residual moisture and drying times for various sub-floors apply
to substrates of normal thickness and are derived
from practical experience:
Floor bases
Permitted
residual moisture
in CM-%
Cement - screed
- with underfloor heating
≤ 2.0
≤ 1.8
Anhydride and
Anhydride tile floor
- with underfloor heating
≤ 0.5
≤ 0.3
A maximum RH of 75 % applies when measured at
floor surface using a hygrometer. With insulating
base surfaces, e.g. poured asphalt or chipboard,
we recommend glueing antistatic floorcoverings
with conductive adhesive. This offsets any change
in electrical resistance. For specialist installations in
electrostatic sensitive areas consult our technical
department.
3 2/Adhesive
The application of the adhesive is carried out using
the correct trowel notch as recommended by the
adhesive supplier. We recommend the use of lowemission and solvent-free adhesives. Care should
be taken to ensure the correct choice and applicaton of adhesive as this can have an effect on
the success of the resulting bond and other aspects of performance in use.
Station Road
Cheddleton
LEEK
Staffordshire
ST13 7RS
T: +44 (0)1538 361633
Enquiries regarding suitable adhesives should
be made directly to the adhesive manufacturers
or to Armstrong’s Technical Team on
01235 554848.
3 3/Measuring and calculating
requirements
3.1 Rolls
To calculate the required quantity of floorcovering,
it is necessary to assess the lengths and widths of
rolls needed in relation to measured site quantities,
starting first by deciding on the direction in which
they are to be laid. Head seams should only be
considered if the roll length is greater than 5 metres.
Rolls running towards door openings or recesses
must completely cover these areas. Recesses
running parellel to the roll can be covered by strip
inserts where necessary.
3.2 Tiles
Tiles are normally laid checkerboard effect with the
surface pattern running in alternating directions,
but if preferred, they can also be laid broadloom
effect running in the same direction. Parallel or diagonal laying is possible to create different effects.
The nett floor areas plus a percentage for waste
is calculated for assessing the number of tiles
required. This waste will normally be greater if the
tiles are to be laid diagonally or if the area contains
irregular angles and curves.
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Installation
3.3 Stairways
Stairs are individually cut from rolls. If the floorcovering is printed with a pattern, this must run
parallel to the edge of the step. The same applies
to platforms and landing areas. The quantity required can be calculated from the number of steps
that can be cut from one roll of floorcovering. Templates will be needed in the case of spiral staircases
or difficult shapes. Stair nosings will normally be
required.
3 4/Storage and acclimatisation
To ensure that the floorcovering retains its properties during laying, proper storage is required.
Material should be kept in a dry room at a temperature of +18 °C for at least 24 hours before laying. Rolls should be stored upright, and tiles should
not be stacked more than 8 cartons high.
Performance of vinyl floorcoverings cannot be
guaranteed if the temperature is too low at the
time of installation. A room temperature of about
+18 °C and a sub-floor temperature of at least
+15 °C should be maintained for the duration of the
fitting. These figures should be regarded as the
minimum if emulsion adhesives are being used.
Before installation, wherever possible, it is worthwhile cutting from the roll to size including cutting
waste on the day before they are laid in place.
Armstrong vinyl sheet floorcoverings should be laid
out overnight. It is best to leave them lying flat on
top of each other. Any minor irregularities in shape
which may have occured during transport will
usually disappear. Armstrong’s homogeneous
floorcoverings which have been laminated to
Korkment Special should be brought to room temperature after they have been cut to size, standing
in the rolled-up form (with the display side outwards). When tiles are being laid it is best to fan
them out so that they can adapt to the room temperature.
been cut as a guide. The unwanted strips are then
cut off in the opposite direction.
b) In large areas (after applying the adhesive) the
edge of floorcovering that is on top is scored with
an overscriber using the edge of the lower sheet
that has been already cut as a guide. The unwanted strips are then cut off with the hooked
blade.
5.1.1 Seam cutting
Seam cutting is to be carried out each time so that
the edges of the floorcovering fit tightly against
each other without being forced. The cut is to be
made square on or slightly inclined.
With Timberline it must be ensured that the joint
cut is always at the edge of a plank pattern and
the adjustent roll pattern matched accordingly.
5.1.2 Head-end seams
Head-end seams of short rolls can be cut to fit
before being glued. With longer rolls the head-end
seams should only be trimmed after the area has
been glued.
5.2 Tiles
a) Parallel laying
A line parallel to the main front of the room is
marked with a chalked string before laying starts.
The distance from the wall is a multiple of the size
of the tiles, minus about 2 cm. In corridors, this
measurement can be taken from the deepest door
threshold instead of from the wall. The starting
point is marked on this line, and chosen in such a
way that, at the most prominent points, (e.g. near
the main entrance), the tiles laid are virtually all
complete, so that no narrow strips have to be
inserted.
3 5/ Laying procedure
5.1 Rolls
It is recommended, even if hot welding is to
be carried out later, that both edges of the roll
are cut as only then will a clean seam finish be
guaranteed. The first roll edge is simply cut
using the strip cutter. The second edge can be
cut using one of two different methods:
a) In small areas (before applying the adhesive)
the sheet that is underneath is scored with a knife
using the edge of the upper roll that has already
Parallel/
chequerboard laying of tiles.
A number of tiles are now placed loose along the
chalked string and weighed down with weights.
In larger rooms, this row remains in postion until
the adjacent area has been laid. In smaller rooms,
it is sufficient for one tile to stay in place in order to
mark the starting point.
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Installation
wall
b) Diagonal laying
First the starting point is determined as above. It
must now be decided how the tiles are to run to
the walls and the main entrance and the angle of
fitting. Chalk lines should be made on the diagonal
in line with this angle. The diagonal dimension of a
tile is the length of one edge multiplied by 1.414. If
this results in a large number of small triangles, the
starting point of the room can be moved to one
side by one-quarter of this diagonal dimension.
In non-symmetrical rooms, the parallels are laid
down at a distance from the main front equal to a
multiple of the tile diagonal minus about 2 cm. It
should be noted in this instance as well that the
tiles near the main entrance should only be whole
ones, possibly with half-tiles in between them.
Small inserts should always be avoided. A double
row of tiles is then laid along the chalked line, with
the first row lying with opposite corners along the
chalked line and the second row touching it at the
corners.
cutting edge
tile
middle roll. The adhesive for the second half of the
roll must meet the edge of the adhesive from the
first half. Halves of rolls which fit up to adjoining
parts of the room, e.g. at thresholds and door
frames, are glued first. Open working times for
adhesives must be observed in accordance with
the manufacturer’s guidelines at all times. All air
must be expelled from underneath and any bubbles can be located and removed by tapping the
floorcoverings, and then pressing out the air to
one side. Head ends are rolled back into place
before carefully cutting off any surplus. If necessary, seams and head ends should be weighted
down long enough until the adhesive has fully
cured. All materials should be rolled in accordance
with adhesive manufacturer’s instructions.
6.2 Tiles
When the adhesive has been applied, laying starts
from the tile marking the starting point or line.
During installation continually check that tiles are
square to each other in order to avoid misalignment. The tiles should be rubbed or pressed down
thoroughly to ensure good coating on the underside, and this procedure should be repeated if
necessary. Materials should be rolled as in the
case of sheet material.
edge tile
3 7/Sealing of joints
sub-floor
Cut edge of edge tiles.
In large rooms, a diagonal row of tiles is now laid
from the starting point and is used as a base-line
for all the other tiles. In small rooms it will be sufficient to leave one tile to mark the starting point.
The tiles along the wall are finally cut to shape with
a hooked blade when all the others have been
glued down.
3 6/Glueing
Vinyl products should always be fully adhered
throughout, following the adhesive manufacturer’s
instructions. The choice of the correct trowel
notching and the right time to change the spatula
blade, as well as thorough rubbing in, are vital if
the underside of the material is to be coated properly. This must be checked continually during
installation by pulling back the roll to assess
transfer of adhesive.
6.1 Sheet material
The sheets are rolled back to the middle of the
room after positioning. Glueing starts with the
Sealing of the joints is recommended for those
rooms in which the sub-floor should be protected
against the ingress of moisture. Welding must also
always be carried out when laying Armstrong DLW
Korkment special and floors that have under-floor
heating, as well as with composite coverings with
a Korkment underside. The welding process may
only be carried out after the adhesion process is
completed.
Dependent on the type of adhesive and the ambient
conditions in the room, this can take several days.
In doing this, the adhesive manufacturer’s specifications should be observed. The joints in the
floorcovering are grooved with a grooving machine
or manual groover to a depth of 2/3 of the thickness of the floorcovering. Finally, the groove
should be carefully cleaned (vacuumed or blown
out). The width of the joint should be approximately 3.5 mm. The Armstrong vinyl weld rod can
be used with a hand welding device and attached
speed welding nozzle (5 mm diameter). We recommend utilising speed welding nozzles that
have a very narrow air outlet. The operating temperature is between 450-500 °C and a speed of
working of 4-5 metres per minute. The projecting
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Installation
part of the weld rod is trimmed in two operations.
Immediately after welding, the weld rod which is
still warm is trimmed with the crescent-shaped
knife and attached sledge. After the weld rod has
cooled down the welded seam is trimmed with the
crescent shaped blade flush to the upper surface
of the floorcovering.
7.1 Cold welding
Armstrong vinyl PUR floorcoverings can also be
welded with a cold-welding agent, but in this event
the seam must be trimmed close. Do not allow any
cold-welding agent to contaminate the surface of
the material.
3 8/Armstrong DLW Korkment
as underlay
Armstrong DLW Korkment Special can be laid on
any prepared subfloor, and can be laid from the roll
in the same direction as the upper floorcoverings.
Seams should be off-set by at least 50 cm. The
cut can be made with overlapping edges using
a double-cut with a hooked blade, along a rule.
Emulsion adhesive is to be used, or alternatively‚
a twin-component adhesive. The quantity of adhesive required will depend on the intended future
use of the room. The surface floorcoverings should
not be laid until the adhesive under the Korkment
has cured completely. If the floor is to be subjected to heavy use, e.g. in a hospital, the Korkment can be laid with the jute backing on the
upper exported surface.
Enquiries regarding suitable adhesives can be
directed to adhesive manufacturers or to the
Armstrong Technical Team by telephoning
01235 554848.
3 9/ Underfloor heating
Armstrong vinyl PUR floorcoverings can be glued
down onto sub-floors that have underfloor heating.
The thermal resistance is so low that it has virtually
no impact on the effectiveness of the heating. Refer
to Armstrong Technical Department for exact
values.
Relevant country installation standards should
be observed for specific guidance on fitting and
operating conditions for both dry and wet systems.
It is particularly important to observe shutting
down times of the heating before, during and
after installation.
3 10/Conductive floorcoverings
In this laying process, the floor covering is
laid onto a conductive system that is ultimately
connected to a safety earhing system. The
earthing of the conductive floor is a matter
for the electrical contractor.
The Armstrong DLW Advisory Service is at your
disposal for questions about conductive laying
operations.
Frequently used conductive systems are:
10.1 Laying on copper strips
A running strip of copper is to be laid under
each row of tiles or roll of floor covering. The
copper strips are to be connected crossways
at the head-ends by a further twostrips at two
points in the room and with larger rooms (over
40 m 2) at several points, connections to the
earthing system are to be arranged.
Armstrong DLW supplies copper strip use in
the laying of Armstrong DLW Homogeneous
Conductive LG2; this is delivered in rolls of
50 m lengths.
10.2 Laying on -conductive layers
A conductive primer is to be applied according
to the operating guidelines of the manufacturer.
A piece of copper strip about 1 metre in length
is glued on to the floor in such a way that no
part of the floor is more than 10 metres from
an earthing point.
10.3 Laying with double requirement
Floor coverings with the designation LG1 are
conductive but at the same time meet the
requirement on the standing surface insulation
as per DIN 757100/VDE 0100 T410.
Copper strip lugs and semi-conductive adhesive
is required for laying this. It is recommended that
additional information should be obtained about
this type of laying from the Armstrong DLW
Advisory Service.
Contacts at Armstrong:
Technical helpdesk Tel. 01235 554848
Fax 01235 553583
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Cleaning and maintenance
CLEANING AND MAINTENANCE
After installation sweep the floor to
remove any remaining construction
debris or dust …
… or alternatively
vacuum thoroughly …
… and then clean by wet mopping
using a neutral ph cleaning fluid.
Heavier soiling should be cleaned
using a single-disc cleaning machine
fitted with a red pad.
For on-going routine cleaning in small
rooms sweep floor …
… or vacuum clean to remove any
surface top soil.
Wipe with a wet mop using
appropriate neutral ph cleaners or
maintainers/floor finishes.
Alternatively use a bonded fabric
cloth for small areas.
Routine cleaning with an automatic
machine using appropriate cleaning
fluids/maintainers are recommended
for larger rooms.
Spray on cleaner or alternatively spray
on maintainer/floor finish …
… and polish off using a single-disc
cleaning machine fitted with a red pad.
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Cleaning and maintenance
CLEANING AND MAINTENANCE
A dirty floorcovering will cause premature wear
and tear in use, and also lead to discolouration.
Dirt and grit will increase the effect of abrasion on
the surface of the floorcovering. Because of this
and also for reasons of hygiene, retention of its
value and aesthetics, every floorcovering needs to
be cleaned and cared for efficiently. Abrasives and
strong solvents should not be used however, as
these could seriously impair the appearance of
the product.
Armstrong vinyl floorcoverings with a
factory applied PUR surface coating are
easy to look after, and initial polishing
immediately after installation is not
necessary.*
The following paragraphs describe in detail the individual steps for cleaning Armstrong DLW vinyl PUR
floorcoverings on large, heavy-traffic areas:
3 1 / Completion of building or initial
cleaning
Remove construction dirt and debris with a vacuum
cleaner or by sweeping.
a) If the amount of dirt is small, wet-cleaning is
advisable with a neutral or alcohol cleaner added
to the water.
b) Heavy dirt or soiling can be removed by using an
automatic cleaning machine or single-disc rotary
machine with a beige or a red pad. A neutral
cleaning agent or a suitable cleaning fluid should be
used. The floorcovering can also be
buffed if necessary, once the surface has dried, using a single-disc
machine with a beige or a red pad
(set the speed between 300 and
1,000 rpm).
3 2 /Maintenance cleaning
The process selected depends on the degree of
dirt, the initial treatment, and the hygiene requirements. Dry buffing processes should be preferred
whenever the degree of dirt allows, as this will
keep maintenance costs down and have less
impact on the environment as a smaller amount of
chemicals are used.
To improve visual appearance and optimise maintenance we recommend occasional buffing with
the single-disc machine (300-1000 rpm) and a
beige/red pad.
2.1 Dry cleaning
Dry cleaning is carried out with a fleece cloth
holder and an impregnated fleece cloth or
micro-fibre cloth.
2.2 Wet/damp mopping
If soiling is heavy it will be necessary to wet mop.
A neutral or alcohol cleaning fluid should be added
to the water, and/or maintainer. With this process
the floorcovering is cleaned with a mop. Lightly
soiled areas can be cleaned with a single-disc
rotary machine by spray buffing with a maintainer.
Where the cleaned surface has dried it can,
if necessary, be buffed further using a singledisc machine (at 300-1,000 rpm)
with a beige or a red pad underneath. In areas that have to be
regularly disinfected wet it is
advisable to add disinfectant to
the water.
2.3 Cleansing
Cleansing means the (local) intensive treatment
of stubborn stains or scuffs after mopping.
Combined cleaner polishers are sprayed onto
such stains. Do not use abrasive cleaners or
scouring agents as these would damage the PUR
surface. The dirty marks are best treated with disc
machines and soft cleaning pads
with maintainer solution. Very
intensive dirt areas can often only
be treated by deep-cleansing
using an automatic scrubber/dryer.
* Subject to compliance with Armstrong’s cleaning and maintenance recommendations for polyurethane-coated floorcoverings.
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Cleaning and maintainance
2.4 Machine cleaning
For large surfaces there are automatic cleaning
machines that scrub (with soft brushes or a red
pad) and vacuum in a continous process. This is
equivalent to wet-cleaning. A suitable cleaning
maintainer is added to the water in accordance
with the machine manufacturer’s
instructions. The vacuuming process must be carried out in
accordance with the manufacturer’s instructions so that the film
of maintainer is allowed to form.
3 3/Deep cleansing
Deep-cleansing at regular intervals is sometimes
necessary if the stains are very stubborn and
difficult to remove with normal daily cleaning. The
intervals have to be decided individually on the
basis of the type and frequency of traffic. Do not
use any deep-cleansing products other than those
specifically suitable for the type of floorcovering.
Deep-cleansing is carried out, after the deepcleansing mixture has been applied (water and
deep-cleanser, maximum pH-value 10), using an
automatic or single-disc cleaning machine with the
relevant pad. After the wet dirt/slurry has been
vacuumed up, the floor should be rinsed twice
with clear water and left to dry completely.
3 4/Care and cleaning of
conductive floorcoverings
Conductive floorcoverings do not have any PUR
coating.
Please observe our separate cleaning recommendations, which are available by calling our
Technical Department on 01235 554848.
3 5/ Additional measures in
buildings with public access
5.1 Primary barrier matting
Grid mats in the entrance must cover the whole
width of the door so that nobody can by-pass
them on one side. The length of the mat should
be two to three strides, or about 150 cm. If at all
possible, open or moving mats should be selected.
5.2 Secondary mats
Textile style mats should be placed in the entrance area beyond the primary matting in order
to protect the floorcovering from fine dirt, dust and
moisture. They are easy to clean and will reduce
cleaning costs considerably whilst improving the
appearance and service life of the floorcovering.
3 6/ Special tips
6.1 Discolouration
After long periods of contact, rubber, especially
if it is black, can leave discolouration marks behind
which cannot be removed. Possible causes are:
car tyres, castors and feet on washing machines,
refrigerators and prams. Discolouration of this kind
is not caused directly but by the migration of substances followed by exposure to light. To avoid this
soft castors made of polyurethane must be used,
and if this is not possible we recommend the use
of small protective mats. Hair colorants and disinfectants containing a powerful colorant can also
damage the floorcovering permanently if they are
not removed immediately.
6.2 Office chairs/furniture
Office chairs must be fitted with castors suitable
for use on resilient floorings the Type W as defined
in EN 12529, i.e. with soft castors or at least soft
pads such as felt pads or FloorCare protectors.
To avoid damage to floors in schools and other
buildings with public access, it must be ensured
that the contact surfaces of chairs and other
pieces of furniture are rounded and have no
sharp edges. This should be borne in mind when
new furniture is being bought and used.
6.3 Burn marks
Smouldering cigarette-ends can leave burn marks
on vinyl floorcoverings, so they should not be laid in
public houses, cafés or similar places where this kind
of damage can be expected. Linoleum and rubber
flooring is less vulnerable to cigarette burn marks.
6.4 General
These recommendations are based on our general
practical experience and on the latest state of
cleaning technology as far as we could be aware
of it at the time of issue. However, we cannot
bear legal liability in any individual circumstance for
their interpretation or use beyond our control.
For information regarding recommended cleaning
products, machinery or floor cleaning companies,
please contact our Technical Department on
01235 554848.
This edition automatically supersedes all
previous editions. 09/2004
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Bergisch Gladbach Deutschland • Senioren-Wohnheim Dormagen Deutschland • Sentralsykehuset Odda Norwegen • St Augustinus Wilrijk Belgien • St Elizabeth Zottegem Belgien • St
Vincentius Antwerpen Belgien • St. Konrad-Altenheim Weiden Deutschland • St. Marinshof-Altenheim Hannover Deutschland • St. Vincentius-Krankenhaus Karlsruhe Deutschland •
St.Anna-Stift Hannover Deutschland • Städt. Krankenanstalten Emden Deutschland • Städt. Krankenhaus Offenbach Deutschland • Stedelijk Ziekenhuis Roeselare Belgien •
Studentenwohnheim Ulrich-Zasiushaus Freiburg Deutschland • Sykehus Namdalen Norwegen • Szombathely Krankenhaus Szombathely Ungarn • Taubblindenzentrum Hannover
Deutschland • Uniklinikum Chirurgie Freiburg Deutschland • Universitätsklinik Göttingen Deutschland • Virologie/ Unikliniken Homburg/Saar Deutschland • Vlasland Westerlo Belgien •
Von-Der-Tinnen-Stiftung Münster Deutschland • Whiston Hospital Liverpool Großbritannien • Zentralkrankenhaus Bremerhaven Deutschland • Klinikum Unkermark Schwedt/ Oder Deutschland •
Universitätsklinikum Heidelberg Deutschland • Facultad Medicina Universitäts Autonoma Madrid Spanien • Whiston Hospital Liverpool Großbritannien • Klinikum Markgröningen
Deutschland • Psychiatrie Boudry Schweiz • Theresien Krankenhaus Mannheim Deutschland • Institut Prof. Enders Stuttgart Deutschland • Orthopädische Klinik Halle Deutschland •
NRZ Klinik Magdeburg Deutschland • Novartis Bio Labor Stein Schweiz • Lovens Chemiefabrik Ballerup Danmark • Audi-NSU Ingolstadt Deutschland • Augsburger Druckerei und
Verlagshaus Augsburg Deutschland • Büro - Logistik - Lager St. Ingbert Deutschland • Byggingavóruzerzlun Kópavogs Kópavogi Island • Centre Nucléaire Strasbourg-Cronenburg
Frankreich • DAGAB-Dagligvarugrossist Orlika orter Schweden • E-Verk Sandnes Norwegen • Edeka-Lager Mögglingen Deutschland • Eidfjordanleggene Oslo Norwegen • ESDSRäume Hartmannsdorf Deutschland • Fa. Bosch Erbach/Odenwald Deutschland • Fernmeldedienstgebäude Geilenkirchen Deutschland • Firma Braun Melsungen Deutschland • Firma Dr.
Hell Kiel-Dietrichsdorf Deutschland • Fischfabrik Isbjörninn Reykjavik Island • Flughafen Reflavik Island • Fraunhofer Institut Stuttgart-Vaihingen Deutschland • Imprimerie St. Paul
Luxemburg Luxemburg • Industriebau Aranda de Duero Spanien • Institut Fresenius Taunusstein-Neuhof Deutschland • Karson Konfektion Gjovik Norwegen • Kernkraftwerk Obrigheim
Deutschland • Kernreaktor Leopoldshafen Deutschland • Krafthand-Verlag Bad Wörishofen Deutschland • KWU-Kraftwerkunion Berlin Deutschland • Manz-Druck Dillingen Deutschland
• Maskinhall Sandviken Schweden • Mbb Labor Ottobrunn Deutschland • Metallwarenfabrik Bäumer Freudenberg Deutschland • Öljynporauslautat Pohjanmeren Finnland •
Postgirobygget Oslo Norwegen • Produktionshalle Heiligenstedt Gießen Deutschland • SAS-Fraktterminal Oslo Norwegen • Schering AG Berlin Deutschland • Schokoladenfabrik
Eibelstadt Deutschland • SEL Standard Elektrik Lorenz AG Mannheim Deutschland • Siemens-AG Berlin Deutschland • Televerket Oslo Norwegen • Vew Laborgebäude Dortmund
Deutschland • Zenith Maschinenfabrik Neunkirchen Deutschland • SIB Service Bagnes Stadtwerke Le Chable Frankreich • Elcon Hartmannsdorf Deutschland • Schwab Versand
Langenselbold bei Hanau Deutschland • Nilfisk Produktionsstätte Stuttgart-Wangen Deutschland • GNM Werksaufnahme Stuttgart-Wangen Deutschland • Jugendherberge
Burghausen Deutschland • Kantine München Deutschland • Bürohaus Orkustofnun Reykjavik Island • Büros/Verwaltung Athitos, Halkidiki Griechenland • Geschäftshäuser Kaupfélag
Evfirdinga Akureyri Island • Hartmann/Braun AG Wartentechnik Frankfurt Deutschland • ICI Eversberg Belgien • Ilgat Hasselt Belgien • Smithkline Beecham Rixensart Belgien •
Sonycenter Londerzel Belgien • Tech.Space Aero Herstal Belgien • Telefonbau und Normalzeit Frankfurt Deutschland • Transport Van Laer Antwerpen Belgien • Werkstätte für
Behinderte Bietigheim-Bissingen Deutschland • Bürotechnikum Greifswald Deutschland • Aakirkebys Hallerne Hallerne/Idraetshal Dänemark • Badisches Staatstheater Karlsruhe
Deutschland • Fernsehturm Frankfurt Deutschland • Festspielhaus Salzburg Österreich • Rekkense Inr. Rekken Niederlande • Soziales Kulturelles Zentrum Köln-Chorweiler Deutschland
• ABC-Barkredit-Bank GmbH Berlin Deutschland • Büros CIAS Seguros Murcia Spanien • Hamburg-Mannheimer Versicherung Hamburg Deutschland • Hermes-Versicherung
Hamburg Deutschland • R.V.P. De Varing Pamel Roosdaal Belgien • Ukrsocbank Kiew Ukraine • Ärztehaus Berlin Deutschland • Real Eschborn Deutschland • Residenca Anni Azzurri
Santena Italien • Gripen skolan Nyköping Schweden • ERV Lindholmspiren Göteborg Schweden • Kalmar Custody Kalmar Schweden • KV Gneissern Kalmar Schweden • Shopping
centre Bergvik Karlstad Schweden • Nursinghome Vallgården Landskrona Schweden • Lung Clinic Umea Schweden • Bikupan High school Lessebo Schweden • Seniorenheim
Limhamn Schweden • Szakiskola College Szolnok Ungarn • Skövde Hospital Skövde Schweden • Södertälje sjukhus Södertälje Schweden • Seniorenheim Sysslebäck Schweden •
Lung Clinic Umea Schweden • Toto Lotto Shop Langenfeld Deutschland • Haus Lotte Schönebeck Deutschland • Ärztehaus Berlin Deutschland • Betreutes Wohnen Aue Deutschland •
Seniorenheim Krumbach Deutschland • Ärztehaus Berlin Deutschland • Katharinen Hospital Stuttgart Deutschland • Krankenhaus Bad Cannstatt Chirurgische Klinik Stuttgart
Deutschland • Ericsson Lund Schweden • Procter und Gamble Euskirchen Deutschland • Josefshospital Dortmund Deutschland • Kreiskrankenhaus Burghausen Deutschland •
Marienhospital Gelsenkirchen Deutschland • DLW Skandinavia A/S 2610 Rodovre Dänemark • University Hospital Örebro Schweden • Ford Werke Köln Deutschland • Marienhospital
Gelsenkirchen Deutschland • Psych. Tagesklinik Speyer Deutschland • Deutsches Rotes Kreuz Gelsenkirchen Deutschland • Kreiskrankenhaus Grevenbroich Deutschland • Median
Klinik NRZ Magdeburg Deutschland • Hospital San Giovanni e Paolo Italien • Hospital Civile San Luca di Trecento Trecento Italien • Liebherr Werke Ehingen Deutschland • AWOPflegeheim Wolfratshausen Deutschland • Ferring Labor Kopenhagen Dänemark • Westpfalz-Klinik Kaiserslautern Deutschland • Högbergsskolan Tierp Schweden • Örebro Hospital
Örebro Schweden • Karlskoga Hospital Örebro Schweden • ZF Zahnradfabrik Friedrichshafen Deutschland • Karlskoga Hospital Örebro Schweden • Malmö Museum Malmö Schweden
• Alte Liebesmühle Bad Bruckenau Deutschland • Ferring Labor Kopenhagen Dänemark • Jugendpsychiatrie-Heim Alzey Deutschland • Altenzentrum Südhöhe Andernach
Deutschland • Eeuwfeestkliniek Antwerpen Belgien • Altenpflegeheim Bad Ems Deutschland • Kreiskrankenhaus Bad Säckingen Deutschland • Bfa-Personalwohnheim Bad Salzuflen
Deutschland • Bundesgrenzschutz-Unterkunft Bad Schwalbach Deutschland • DRK-Altenheim Barnstorf Deutschland • Altenheim Berching Deutschland • US-Bauten Berlin-Zehlendorf
Deutschland • Altenheim Bönen Deutschland • Altenheim Bruchsal Deutschland • St. Lukas Brugge Belgien • Altenwohnheim Darmstadt Deutschland • Clinique Clement Drevon Dijon
Frankreich • Altenheim Düsseldorf-Flehe Deutschland • Bekleidungsfabrik Köhler Ehrenberg Deutschland • Altenheim Herbergshöhe Eichstätt Deutschland • Caritas-Kinderdorf
Eichstätt-Marienstein Deutschland • Altersheim Eschenbach Deutschland • Altenzentrum Essen-Werden Deutschland • Personalwohnheim Frankfurt Deutschland • Personalwohnheim
mit Kindertagesstätte Frankfurt Deutschland • Altenheim St. Nicolaus Freiburg Deutschland • Offiziersschule der Luftwaffe Fürstenfeldbruck Deutschland • Mädchenwohnheim
Innere Mission Fürth Deutschland • Kasernengebäude Geilenkirchen-Teveren Deutschland • Schwesternwohnheim Gerolstein Deutschland • Kreiskrankenhaus Göppingen
Deutschland • Studentenwohnheim Göttingen Deutschland • Altenheim Greifenberg Deutschland • Altenpflegeheim Deitenbach Gummersbach Deutschland • Kinderheim Gundelfingen
Deutschland • Alten- und Pflegeheim Hagen-Haspe Deutschland • Kaserne Fischbeck Hamburg Deutschland • Evang. Studentenheim Hamburg-Grundelallee Deutschland • Kaufhalle
Armstrong DLW Belgium NV
Robert Ramlotstraat 89
B - 9200 Dendermonde
Phone: +32 (0) 52 26 24 11
Fax:
+32 (0) 52 26 24 89
[email protected]
www.armstrong-europe.com
Armstrong DLW Nederland BV
Taxandriaweg 15
1542 PA Waalwijk
Phone: +31 (0) 41 66 84 198
Fax:
+31 (0) 41 68 42 62
[email protected]
www.armstrong-europe.com
We reserve the right to make changes, in particular to physical characteristics, and to allow deviations in colour shade, content and
technical specification. Errors and omissions excepted. The illustrations shown are not binding.
[ Between us, ideas become reality. ]
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Armstrong Floor Products UK Ltd
Hitching Court
Abingdon Business Park
Abingdon
OX14 1RB
Tel.: 01235 554848
Fax: 01235 553583
[email protected]
www.armstrong-europe.com
02/05 GB
Armstrong floorcoverings have been installed in establishments around the world.
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