Technical Specifications

Version:
USA
Last update:
2018-8-8
TECHNICAL SPECIFICATIONS
Bevel
Painted UFH
See IM
Lock
Tight lock
Installation
Floating
Layer
Thickness (mm) Thickness (mil)
Top Layer
0.30 12 Quartz enhanced UV cured coating
Core
3.70 146
Backing Layer
1.0 39 EVA
Total
5.0
197
CERTIFICATIONS & CHEMICAL PROPERTIES
Norm
Item Test method
Requirement Result
EN 14041
Emissions EN 717-1
≤ 0.124 mg/m3 E1
Decret No2011-321
Emissions ISO 16000
TVOC<1000µg/m3 VOC A+
GreenGuard Gold
Emissions Spectrometry, chromatography
TVOC≤220µg
GreenGuard Gold Certified
Prop 65
Orthophthalates Spectrometry
ND Compliant
CPSIA
Lead CPSC-CH-E-1002-08
≤ 90ppm
Compliant
EU REACH Regulation
PAHs Spectrometry, chromatography
<1mg/kg Compliant
SVHC
Spectrometry, chromatography
≤ 0.1% (w/w) Compliant
EN 14041
CE Certification Multiple
Multiple Compliant
PHYSICAL PROPERTIES
Norm
Item Test Method
Requirement Result
ASTM F3261
Surface Integrity ASTM F1914
No puncture Pass
Dimensional Stability ASTM F2199/ISO 23999
∆W/∆L ≤ 0.2% (commercial)
Pass
Curling ASTM F2199/ISO 23999
≤2mm Pass
Length tolerance ISO 24337
+/- 2 mm Pass
Width tolerance ISO 24337
+/- 0.4mm Pass
Thickness tolerance ASTM F387
+/- 0.13mm (no backing);
+/- 0.20mm (with)
Pass
Squareness ISO 24337 0.25mm Pass
Flatness ISO 24337
Length: ≤ 0.50% (concave) ≤ 1.0% (convex)
Width: ≤ 0.10%(concave) ≤ 0.15% (convex)
Pass
End lift ISO 24337
≤ 0.5% of the planks length Pass
Bowing ISO 24337
≤ 1.0% of the planks length Pass
Residual Indentation ASTM F1914
≤0.18mm (70lbs/34kg) Pass
Static load ASTM F970/ASTM F387
≤0.13mm Pass
Resistance to Chemicals ASTM F925
Slight change only Pass
Resistance to Heat ASTM F1515
△E ≤8 Pass
Resistance to light ASTM F1514
△E ≤8 Pass
ASTM F1700*
Thickness tolerance ASTM F386
+/- 0.13mm Pass
Squareness ASTM F2055
0.25mm Pass
Residual Indentation ASTM F1914
≤ 8% (140 lbs/63.5kg) Pass
Dimensional Stability ASTM F2199
∆W/∆L ≤ 0.16% Pass
ISO 10582
Residual Indentation ISO 24343-1
≤ 0.1mm Pass
Resistance to light ISO 105-B02:1994,
≥ Grade 6 Pass
Locking strength (23℃) ISO 24334
Long side≥2.0 kN/m, Short side≥ 3.5 kN/m
Pass
Castor chair ISO 4918
Only slight change Pass
NALFA LF 01-2011
Resistance to Chemicals NALFA LF 01-2011
Slight change only Class 4, meets commercial requirements
Impact Resistance NALFA LF 01-2011 3.5
≥ 1400mm Class 4, meets commercial requirements
Impact Resistance NALFA LF 01-2011 3.6
≥ 500mm Class 4, meets commercial requirements
EN 14041
Thermal Resistance (R) EN 12667/ASTM C518
NA Suitable for underfloor heating systems
Slipperiness EN 13893
≥ 0.3
Pass
Reaction To fire
EN 13051-1 NA Class Bfl -S1
Static Electrical Propensity((voluntary))
EN 1815
≤ 2.0kV
NA
Others
Density
ISO 23996 NA Around 2000kg/m3
Airborne sound transmission ASTM E413-16
≥50 Pass
Impact sound transmission ASTM E989-6
≥50 Pass
Reducing impact sound transmission ASTM E2190-16
NA 22
Slipperiness
ANSI A137-1
≥ 0.42
Pass
Slipperiness DIN 51130
NA
R9
Rolling Load
ASTM F2753 NA NA
Fire Resistance (CHF)
ASTM E648/NFPA 253 ≥0.45 Class 1
Abrasion Resistance
ASTM D4060 NA NA
LEED SCORECARD
LEED Programme
Certifcation
Category Credit Title LEED Points Attainable Credit Description
How our product contributes
to obtaining LEED points
Specification Sheet RLVT
Type
Waterproof thermoplastic composite
*Note: Only tests specific to ASTM F1700 are listed here; for tests and requirements similar to ASTM F3261, please refer to the tests under that standard
LEED was developed to address all buildings everywhere, regardless of where they are in their life cycle. From hospitals to data centers, from historical buildings to those still in the design phase, there is a LEED certification
programm for every building. Our products will contribute value to a building's LEED v4 Scorecard in the following LEED certiifcation programm categories recognized by the USGBC as per following
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