| No. | Characteristics | Methods | Results | Conclusion |
|---|---|---|---|---|
| 1 | Determination of dimensional stability and curling after exposure to heat | EN 649:2011 and in reference to EN 434:1994 | X-axis variations: 0.05% Y-axis variations: 0.06% Curling: 0.05 mm |
Positive |
| 2 | Determination of natural length, squareness and straightness of tiles | EN 649:2011 and EN 427:1994 | See test results | Positive |
| 3 | Determination of overall thickness | EN 649:2011 and EN 428:1993 | Mean: 4.99 mm Maximum: 5.01 mm Minimum: 4.97 mm |
Positive |
| 4 | Wear resistance | EN 660-2:1999+ A1:2003 and EN 649:2011 | 1,2 mm3/100 revolutions | Group T |
| 5 | Determination of residual indentation after static loading | EN 649:2011 and EN 433:1994 | Residual indentation: 0.08 mm | Positive |
| 6 | Determination of mass per unit area | EN 649:2011 and EN 430:1994 | 5,640 g/m2 | Positive |
| 7 | Determination of flexibility | EN 649:2011 and EN 435:1994 Method A |
No cracking was observed in any direction upon testing with a 20 mm diameter mandrel | Positive |
| 8 | Colour fastness to light | EN 649:2011 and EN ISO 105-B02:2014 Method 3 |
6 or better | Positive |
Baldosas Vinílicas: Diseño, resistencia y versatilidad
Características técnicas de las baldosas vinílicas
Technical characteristics of vinyl planks and tiles
5 layers
| No. | Characteristics | Methods | Results |
|---|---|---|---|
| 1 | Slip resistance | EN 14041:2004/AC:2006 section 4.5 and EN 13893:2002 | Technical class DS |
| 2 | Reaction to fire | EN 14041:2004/AC:2006 section 4.1 | Class EfL |
| 3 | Thermal conductivity | EN 12667:2001 Heat flow meter methods | 0,079 W/(m·K) |
| 4 | Pentachlorophenol (PCP) | Pursuant to EN 14041:2004 Annex B and EN 12673:1999, the analysis was done using gas chromatography mass spectrometry | Not detected |
| 5 | Formaldehyde | Pursuant to EN 717-1:2004, the ultraviolet-visible B99spectroscopic analysis was done | Not detected |
| 6 | Domestic and Commercial Resilience Classification | Pursuant to standard EN 10874 | Heavy: 23 and 33 respectively |
| No. | Characteristics | Methods | Results | Conclusion |
|---|---|---|---|---|
| 1 | Determination of dimensional stability and curling after exposure to heat | EN 649:2011 and in reference to EN 434:1994 | X-axis variations: 0.05% Y-axis variations: 0.06% Curling: 0.05 mm |
Positive |
| 2 | Determination of natural length, squareness and straightness of tiles | EN 649:2011 and EN 427:1994 | See test results | Positive |
| 3 | Determination of overall thickness | EN 649:2011 and EN 428:1993 | Mean: 4.99 mm Maximum: 5.01 mm Minimum: 4.97 mm |
Positive |
| 4 | Wear resistance | EN 660-2:1999+ A1:2003 and EN 649:2011 | 1,2 mm3/100 revolutions | Group T |
| 5 | Determination of residual indentation after static loading | EN 649:2011 and EN 433:1994 | Residual indentation: 0.08 mm | Positive |
| 6 | Determination of mass per unit area | EN 649:2011 and EN 430:1994 | 5,640 g/m2 | Positive |
| 7 | Determination of flexibility | EN 649:2011 and EN 435:1994 Method A |
No cracking was observed in any direction upon testing with a 20 mm diameter mandrel | Positive |
| 8 | Colour fastness to light | EN 649:2011 and EN ISO 105-B02:2014 Method 3 |
6 or better | Positive |
| No. | Characteristics | Methods | Results |
|---|---|---|---|
| 1 | Slip resistance | EN 14041:2004/AC:2006 section 4.5 and EN 13893:2002 | Technical class DS |
| 2 | Reaction to fire | EN 14041:2004/AC:2006 section 4.1 | Class EfL |
| 3 | Thermal conductivity | EN 12667:2001 Heat flow meter methods | 0,079 W/(m·K) |
| 4 | Pentachlorophenol (PCP) | Pursuant to EN 14041:2004 Annex B and EN 12673:1999, the analysis was done using gas chromatography mass spectrometry | Not detected |
| 5 | Formaldehyde | Pursuant to EN 717-1:2004, the ultraviolet-visible B99spectroscopic analysis was done | Not detected |
| 6 | Domestic and Commercial Resilience Classification | Pursuant to standard EN 10874 | Heavy: 23 and 33 respectively |
FOAM FLOORTAPE
VINYL EVA 1.5 mm
The high-performance Goma Vinyl Eva 1.5mm HD flooring is recommended because of its high density. It provides the perfect subfloor surface needed for the correct installation of your floating floor.
Characteristics
| TESTS | STANDARD | RESULT |
| Density | EN 1849-1 | 250 Kg/³ |
| Thermal Conductivity | ISO 8301 | 0.036w/m.k |
| Impact sound insulation | 140/8 | 26Db |
| Fire Classification | EN ISO 13501 | B |
| Fire Resistance | DIN 4102 | BFL-s1 |
| Combustion Speed | ISO 3795 | >10 |
| Thickness |
– |
1.5mm ± 8% |
| m² / roll |
– |
20 |
| Dimensions |
– |
100×1200 |
COMFORT PREMIUM HD
The high-performance Comfort Premium HD 2mm HDPR flooring is recommended because of its acoustic and thermal insulation properties. It provides the perfect subfloor surface needed for the correct installation of your floating floor.
Characteristics
| TESTS | STANDARD | RESULT |
| Density | EN 1849-1 | 250 Kg/³ |
| Thermal Conductivity | ISO 8301 | 0.040w/m.k |
| Impact sound insulation | 140/8 | 26Db |
| Fire Classification | EN ISO 13501 | B |
| Fire Resistance | DIN 4102 | BFL-s1 |
| Combustion Speed | ISO 3795 | >10 |
| Thickness |
– |
2mm ± 8% |
| m² / roll |
– |
10 |
| Dimensions |
– |
100×1000 |