COMPOSITE WOOD DECK FLOORING
HYGIENE
2
PROFESSIONAL INSTALLATION
3
SOLID WOOD FLOORING
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5
SOLID WOOD FLOORING
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7
y o u r n a t u r a l w o o d fl o o r
8 coatings 15 mm
real wood 2 component glue 12 mm HDF real wood backing 2 mm cork
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9
10
11
12
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15
16
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BRUSHED
SEALED
BRUSHED
SEALED
BRUSHED
SEALED
Class 23 Class 31 12 years EN 14342:2005 + A1
Class 23 Class 31 15 years EN 14342:2005 + A1
Class 23 Class 31 12 years EN 14342:2005 + A1
Class 23 Class 31 15 years EN 14342:2005 + A1
Class 23 Class 31 12 years EN 14342:2005 + A1
Class 23 Class 31 15 years EN 14342:2005 + A1
≤6 % 1800 x 120 x 15 mm 0,6 mm ≤0,5 mm ≤0,2 mm ≤0,2 % 3% >1,3 N/mm2 ≥1 N/mm2 Uniclicsystem ≤0,2 mm 625 kg/lm >850 kg/m3 12 kg
≤6 % 1800 x 120 x 15 mm 0,6 mm ≤0,5 mm ≤0,2 mm ≤0,2 % 3% >1,3 N/mm2 ≥1 N/mm2 Uniclicsystem ≤0,2 mm 625 kg/lm >850 kg/m3 12 kg
≤6 % 1203 x 124 x 8,3 mm 0,6 mm ≤0,5 mm ≤0,2 mm ≤0,2 % 4% >1,4 N/mm2 ≥1 N/mm2 Uniclicsystem ≤0,2 mm 550 kg/lm >950 kg/m3 8 kg
≤6 % 1203 x 124 x 8,3 mm 0,6 mm ≤0,5 mm ≤0,2 mm ≤0,2 % 4% >1,4 N/mm2 ≥1 N/mm2 Uniclicsystem ≤0,2 mm 550 kg/lm >950 kg/m3 8 kg
≤6 % 1203 x 190 x 7,2 mm 0,6 mm ≤0,5 mm ≤0,2 mm ≤0,2 % 4% >1,4 N/mm2 ≥1 N/mm2 Uniclicsystem ≤0,2 mm 500 kg/lm >950 kg/m3 7 kg
≤6 % 1203 x 190 x 7,2 mm 0,6 mm ≤0,5 mm ≤0,2 mm ≤0,2 % 4% >1,4 N/mm2 ≥1 N/mm2 Uniclicsystem ≤0,2 mm 500 kg/lm >950 kg/m3 7 kg
EN 13329 annex G EN 1534 EN 14354//EN112,73.XX EN 438-2.21EC2 EN ISO 2409 EN 423/part 2
≤12 % ≥20 Newton/mm2 >5000 revolutions >1200 (EC2) class <2 grade 4*
≤12 % ≥30 Newton/mm2 >5000 revolutions >1200 (EC2) class <2 grade 4*
≤8 % ≥20 Newton/mm2 >5000 revolutions >1200 (EC2) class <2 grade 4*
≤8 % ≥30 Newton/mm2 >5000 revolutions >1200 (EC2) class <2 grade 4*
≤8 % ≥30 Newton/mm2 >5000 revolutions >1200 mm (EC2) class <2 grade 4*
≤8 % ≥30 Newton/mm2 >5000 revolutions >1200 mm (EC2) class <2 grade 4*
EN 438/2-5 EN 2813 DIN 53154 EN 433 EN 438-2/11 CEN/TC112 (Brinell) EN 105-B02 EN 425 EN 438-2,18
ok 10 % (matt) 3 Newton <0,05 mm >5 Newton 2 Hb grade >6 no visible change Class 3** ok 0,0997 m2K/W 0,100 W/mK classe D (85 db) 60 dB 16 dB < 2 kV (antistatic) pure wood no good Microban ok
ok 10 % (matt) 3 Newton <0,05 mm >8 Newton 2,5 Hb grade >6 no visible change Class 3** ok 0,0997 m2K/W 0,100 W/mK classe D (85 db) 60 dB 16 dB < 2 kV (antistatic) pure wood no good Microban ok
ok 10 % (matt) 3 Newton <0,05 mm >5 Newton 2 Hb grade >6 no visible change Class 3** ok 0,0493 m2K/W 0,203 W/mK classe D (85 db) 65 dB 15 dB < 2 kV (antistatic) pure wood no good ok
ok 20 % (satin) 3 Newton <0,05 mm >8 Newton 2,5 Hb grade >6 no visible change Class 3** ok 0,0493 m2K/W 0,203 W/mK classe D (85 db) 65 dB 15 dB < 2 kV (antistatic) pure wood no good ok
ok 10 % (matt) 3 Newton <0,05 mm >5 Newton 2 Hb grade >6 no visible change Class 3** ok 0,043 m2K/W 0,230 W/mK classe D (85 db) 65 dB 15 dB < 2 kV (antistatic) pure wood no good ok
ok 20 % (satin) 3 Newton <0,05 mm >8 Newton 2,5 Hb grade >6 no visible change Class 3** ok 0,043 m2K/W 0,230 W/mK classe D (85 db) 65 dB 15 dB < 2 kV (antistatic) pure wood no good ok
<2,1 % Class E1 (<0,13 ppm) Class E1 (<3,5mg/m3h) 0% PCP free Class 3** Class C1 Bfl s1 Class R11 (average) Class ≥15 (USRV)
<2,1 % Class E1 (<0,13 ppm) Class E1 (<3,5mg/m3h) 0% PCP free Class 3** Class C1 Bfl s1 Class R11 (average) Class ≥15 (USRV)
<2,1 % Class E1 (<0,13 ppm) Class E1 (<3,5mg/m3h) 0% PCP free Class 3** Class C1 Bfl s1 Class R11 (average) Class ≥15 (USRV)
<2,1 % Class E1 (<0,13 ppm) Class E1 (<3,5mg/m3h) 0% PCP free Class 3** Class C1 Bfl s1 Class R11 (average) Class ≥15 (USRV)
<2,1 % Class E1 (<0,13 ppm) Class E1 (<3,5mg/m3h) 0% PCP free Class 3** Class C1 Bfl s1 Class R11 (average) Class ≥15 (USRV)
<2,1 % Class E1 (<0,13 ppm) Class E1 (<3,5mg/m3h) 0% PCP free Class 3** Class C1 Bfl s1 Class R11 (average) Class ≥15 (USRV)
TEST METHOD
GENERAL PROPERTIES
CLASSIFICATION PROPERTIES
ADDITIONAL PROPERTIES
SAFETY PROPERTIES
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Wood veneer floor covering Domestic usage classification Commercial usage classification Warranty CE certification
EN14354 EN685 EN685 PARKY N.V. EN14342
Moisture content Dimensions floor boards Thickness of the top layer Deviation of thickness Deviation of squareness Cup in width direction Flatness deviation Internal bond Veneer glueing adhesion Mechanical connection system Opening between elements Tensile strength on short end Density Weight/sqm
EN322 EN14354 EN14354 EN14354 EN324-2 EN14354
Thickness distention Resistance to indentation Resistance to abrasion Impact resistance Adhesion of the lacquer Resistance to chemical agents Appearance of the lacquer Gloss Hardness of the lacquer Residual indentation Impact resistance acc. to Wegner Elasticity of the lacquer Colour fastness Castor chair resistance Burning cigarette Under floor heating/cooling Thermal resistance Thermal conduction Step sound Acoustic improvement Reduction of sound impact Antistatic performance Biological durability Well managed forests Resistance to termites Resistance to bacteria Recycling VOC loss Formaldehyde emission Formaldehyde emission Exudation of plasticizers PCP (pentachlorophenol) Burning cigarette Fire reaction and smoke generation Slip resistance (dry conditions) Slip resistance (wet conditions)
EN319 EN204/205 EN14354 ISO24334 EN323/EN672
EN 12667 EN 12667 NF S 31-074 EN 140-8/EN717-2(Ln,w) EN 140-8/EN717-2 (∆Lw) EN 1815 EN 335-1/EN335-2
EN 664 E1 (EN 717-1) E1 (EN 717-2) EN 665 CEN/TR 14823 EN 438-2,18 EN 13501-1 DIN 51131 EN 1339 (pendule)
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14
13 10 mm
LEFT CORNER ALU 3,6 mm or PE 2 mm
1
10 mm
15
16
180°
±6 mm
2 back
back
24 h
max 27°C
18
17
10mm
3
4
2
1 19
5
20
6
2 1 40-60 %
45° 22
21
16-21°C
CONCRETE PLYWOOD max 2,5 % max 10 %
max 3 mm
7
wall X
8
wall Y
23 ±10cm
10mm
or X ± = Y
30cm 9
wall X
10
wall Y
2
1
PARKETWHEELS !!
3
DOORMAT !!!!
X>Y 11
12 24
max 10m
25
max 10m A B
20
20-30°
13
10mm
14
21
LAMINATE FLOORING
PRO
LAMINATE FLOORING
EXOTIC
HDF: Avg. 850Kg/m3
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LAMINATE FLOORING
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PRO
25
0
PRO
YEA
W
Y
R
1
LAMINATE FLOORING
26
T
A
RR N A
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LAMINATE FLOORING
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EXOTIC
29
5
EXOTIC
YEA
W
Y
R
1
LAMINATE FLOORING
30
T
A
RR N A
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ENGINEERED WOODEN FLOORING
1
2
3
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Belian
Acacia
Available in Plank and Tile form
Plank
Technical Specifications PRODUCT PRODUCT ORIGIN COLOUR
Modular decking with innovative interlocking system Malaysia Natural wood colours
VISUAL APPEARANCE PHYSICAL ATTRIBUTES
Smooth Very dense, tight grained patterns and shrink resistance. Medium-to-high-density tropical hardwood (based on weight criterion) Provides high resistance against humidity and insects attack. Pre-oil-trated timber slate for durability. Acacia Belian
WOOD QUALITY
TIMBER SPECIES
Various uses for projects or home improvements such as : Swimming pool decking areas | Terraces | Gardens | Backyards Patios | Saunas & Spas | Pathways | Alfresco utilities area 1.5-3.0 kg DIMENSIONS OF TILES 30 x 450 x 450 mm DIMENSIONS OF PLANK 18 x 95 x 1200/1800 mm APPLICATION
SUPPLEMENTARY
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Straight Reducer (STR) Corner Reducer (CNR)
Deck
Tile INSTALLATION Deck Clic™ unique modular design is quick to install and easily customizable for irregular floor designs, challenging corners and uneven base. The DIY customization can be achieved by sawing off excess material to accommodate perfect fit. STAGE 1- Measure the floor surface intending to be covered (length and width dimensions). Input the measurements into Deck Clic™ Modulator ™ available in this website to derive at estimated units of Deck Clic™ needed. STAGE 2- Installation of Deck Clic™ should commence from the outer most corner of the intended area. Lay the first module and attach an adjacent module by affixing the linking pins into the slots of the previous unit. STAGE 3- Follow stage 2 assembly instruction consecutively, until the entire intended area has been covered effectively. STAGE 4- The tiles are ready for surface finishing. The floor must be coated with decking oil immediately after laying; if this is not done, the wood could oxidize, turning grey or darken in color. STAGE 5- To customise Deck Clic™ for irregular corners, simply cut the module into desired shape using handsaw or circular saw. Factory fitted screws are to be removed prior to the cutting of the module and should be replaced at appropriate slots on the remaining area subsequently, to ensure that all wooden area are firmly attached to the base. MAINTENANCE To maintain the appealing appearance and protect the integrity of the timber decking, it is vital to take simple steps to retain the deckings’ optimum performance and durability every 6 months. STEP 1- Rinse all timber to be treated, with running water to remove dirt and oil from surface and allow to dry. For deckings that are painted, sanding is required to restore to the original bare timber before cleaning. STEP 2- Ensure the timber protective oil is well mixed before application. Apply the oil generously using a good quality brush to coat the wood slats with the oil thoroughly. Use multi-directional strokes to ensure all grains are evenly treated. Work the oil into the timber and let it set for a few minutes before proceeding to wipe off the excess oil and allowing to dry. STEP 3- Allow 18 hours of drying time* between coats. (*Low temperature and high humidity days require longer drying intervals.) STEP 4- Apply second coat of oil, repeating similar process as described in step 2.
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COMPOSITE WOOD DECK FLOORING
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Limonta Artificial Grass
DELUXE
MIX GREEN EL0067TH
MIX BROWN EL0062TH
MF BICOLOR EL0075TH
Product characteristics
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Pile height mm Total length of tuft pile mm Gauge Production method (DIN 61151) Stitch rate per 10 cm. nr Stitch rate per m2 approx. nr Filaments per m2 approx. nr Total weight gr/m2 Perforation diameter mm Number of perforations nr/m2 Water permeability (EN12616-requirements>360l/h)
35 77 5/16 Tufted 13,50 17.050 477.400 2.730 5 90 >360 l/h
Yarn characteristics Decitex Composition Thickness Type Decitex Composition Thickness Type Colour Total yarn weight
4.250 100% polyethylene 95 Curled monofilament 7.000 100% polypropylene 120 Straight monofilament Green 1.510
Backing characteristics Primary backing Primary backing weight Backing Backing weight Dimensions Rolls length Rolls width Infill recommendations Infill weight Granule sizes of infill Recommended usage
dtex micron dtex micron
gr/m2
gr/m2 gr/m2 mt cm kg/m2 mm
Polypropylene/fleese 220 Latex 1.000
+/- 1 mm +/- 2 mm
+/- 1 nr
+/- 5 % +/- 1 mm
+/- 4 % +/- 4 % +/- 4 % +/- 4 %
+/- 2 % +/- 5 %
35 77 5/16 Tufted 13,50 17.050 545.600 2.930 5 90 >360 l/h
+/- 1 mm +/- 2 mm
+/- 1 nr
+/- 5 % +/- 1 mm
8.500 +/- 4 % 100% polyethylene 120 +/- 4 % Straight monofilament 4.250 +/- 4 % 100% polypropylene 95 +/- 4 % Curled monofilament Bicolour (light and dark green) 1.710 Polypropylene/fleese 220 Latex 1.000
+/- 2 % +/- 5 %
35 77 5/16 Tufted 13,50 17.050 272.800 2.790 3 90 >360 l/h 11.700 +/- 4 % 100% polyethylene 130 +/- 4 % Straight monofilament
Bicolour (light and dark green) 1.570
Polypropylene/fleese 220 Latex 1.000
+/- 2 % +/- 5 %
25,00 or upon request +/- 1 % 390 +/- 2 cm
25,00 or upon request +/- 1 % 390 +/- 2 cm
25,00 or upon request +/- 1 % 390 +/- 2 cm
35/37 Sand 0,4/0,8 sand Landscaping
35/37 Sand 0,4/0,8 sand Landscaping
35/37 Sand 0,4/0,8 sand Landscaping
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3,3
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