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FIBRAPLAST LAC
TECHNICAL DATA-AVERAGE VALUES
Rev: 11/08/2018
PROPERTIESTEST METHOD UNITS THICKNESSES mm
8-9>9/12>12/19>19/30
DENSITY (*)EN 323kg/m3830/800790/770770/760755/720
INTERNAL BONDEN 319N/mm21.31,21.050.90
BENDING STRENGTH EN 310N/mm230303026
MODULUS OF ELASTICITY EN 310 N/mm23000300030002600
THICKNESS SWELLING 24 H EN 317%1614119
DIMENSIONAL MOVEMENT LENGTH/WIDTH EN 318%0,40,40,30.3
DIMENSIONAL MOVEMENT TICKNESS EN 318%6665
SURFACE SOUNDNESS EN 311N/mm2>1,4>1,4>1,41.4
SURFACE ABSORPTION (TWO FACES) EN 382-1mm> 150> 150> 150> 150
MOISTURE CONTENT EN 322%7+/-37 +/- 37 +/- 37+/-3
GRIT CONTENT ISO 3340 % Weightmáx. 0,05máx. 0,05máx. 0,05máx 0.05
FORMALDEHYDE CONTENT EN ISO 12460-5mg/100 g≤ 8≤ 8≤ 8≤ 8
REACTION TO FIRETABLA 8 EN 13986:2004+A1:2015 IEN 13501-1ClassED-s2,d0**D-s2,d0***D-s2,d0
SOUND ABSORPTION COEFFICIENT (Α) (250 A 500 HZ)EN 13984:2004+A1:2015α 0.100.100.100.10
SOUND ABSORPTION COEFFICIENT (Α) (1000 A 2000 HZ)EN 13984:2004+A1:2015α 0.200.200.200.20
THERMAL CONDUCTIVITYEN 13984:2004+A1:2015W/ (m·K)0.140.140.130.13
AIRBORNE SOUND INSULATION (SURFACE MASS) (R)EN 13986:2004+A1:2015db17192323
WATER VAPOUR PERMEABILITY DRY CUPEN 13986:2004+A1:2015μ 31292827
WATER VAPOUR PERMEABILITY
WET CUP
EN 13986:2004+A1:2015
μ
21
19
18
17
BIOLOGICAL DURABILITY USEEN 13986:2004+A1:2015Class of use1111
CONTENT OF PENTACHLOROPHENOL (PCP)EN 13986:2004+A1:2015%< 5< 5< 5 < 5
TOLERANCE ON NOMINAL DIMENSIONS
PROPERTIESTEST METHOD UNITS THICKNESSES mm
8-9>9/12>12/19>19/30
THICKNESS ON NOMINAL DIMENSIONSEN 14323mm+/-0.3 (Clase 1) +0.5/-0.3 (Clase 3A)+/-0.3 (Clase 1) +0.5/-0.3 (Clase 3A)+/-0.3 (Clase 1) +0.5/-0.3 (Clase 3A)+/-0.3 (Clase 1) +0.5/-0.3 (Clase 3A)
THICKNESS WITHIN THE BOARDEN 14323mmmax-min <0,6max-min <0,6max-min <0,6max-min <0,6
LENGHT & WIDTHEN 14323mm+/-5+/-5+/-5+/-5
FLATNESS (SOLAMENTE EN REVESTIMIENTOS EQUILIBRADOS)UNE-EN-14323mm/m----≤2 (****)≤2 (****)
COATING PROPERTIES
PROPERTIESTEST METHOD UNITS THICKNESSES mm
RESISTANCE TO SCRATCHINGEN 14323N≥ 1.5
RESISTANCE TO CRACKINGEN 14323Rating≥ 3
SURFACE ASPECTEN 14323Rating4
RESISTANCE TO STAINING (GROUPS 1 Y 2)EN 14323Rating5
RESISTANCE TO STAINING (GROUP 3)EN 14323Rating4
COLOR RESISTANCE TO UV LIGHT (XENON LAMP)EN 14323Blue wool scale, nº
> 6
 
VISUAL DEFECTS
EDGES DAMAGEDEN 14323mm≤ 2
SURFACE DEFECTS. POINTSEN 14323mm2/m2≤ 20
SURFACE DEFECTS. LENGHTEN 14323mm/m210
RESISTANCE TO ABRASION:TEST METHOD CLASSIP NUMBER OF TURNS
RESISTANCE TO ABRASION:. DESIGNS (GENERAL APPLICATIONS)EN 14323
1
< 50
RESISTANCE TO ABRASION. UNICOLORS AND AH PRODUCTSEN 14323
3A
≥150

(*) VALUES TO BE CONSIDERED AS A ROUGH GUIDE ONLY.

(**) Mounted without an air gap behind the FIBRAPLAST LAC.
Mounted with a closed air gap not more than 22 mm behind the FIBRAPLAST LAC classification D-s2,d2.
Classification E for any other more restrictive condition. Commission Decision 2007/348/EC.

(***) Mounted without an air gap behind the FIBRAPLAST LAC, or with a closed air gap behind the FIBRAPLAST LAC for thicknesses equal or greater than 15mm or with an open air gap behind the FIBRAPLAST LAC for thicknesses equal or greater than 18 mm.
Mounted with a closed air gap not more than 22 mm behind the FIBRAPLAST LAC classification D-s2,d2 in thicknesses between 10 and 18 mm. Commission Decision 2007/348/EC.

(****) Thickness ≥15 mm and balanced recoverings.

These physical-mechanical values improve/comply with those established by EN 622-5:2009 European Standard, Table 3. Requirements for boards for general use in dry conditions.

FIBRAPLAST LAC meets Class E1 requirements defined in the European Standard EN 14322.


HANDLING/STORAGE:

It must always be stored under cover and on a flat surface.
65% of humidity is the ideal condition for its storage, dryer or more moist environments should be avoided.
It must never be in direct contact with water.
Blocks must always be lined up with the vertical.
Never pile up more than 4 heights.
If the packaging is damaged during its handling, it must be packed again so the product is correctly preserved.

If the piling-up conditions or the changes in moisture or temperature above mentioned are not respected in the warehouses or the processing areas, they may cause irreversible deformations and warpings.

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