Foreword
1 Scope
2 Normative references
3 Terms and definitions
4 Assessment of appearance
5 Determination of thickness
6 Determination of length and width
7 Determination of edge straightness
8 Determination of edge squareness (Method A)
9 Determination of edge squareness (Method B)
10 Determination of flatness
11 Resistance to surface wear
12 Resistance to abrasion (flooring grade laminates)
13 Resistance to immersion in boiling water
14 Substrate protection against water vapour
15 Resistance to water vapour
16 Resistance to wet conditions (Exterior grade laminates)
17 Resistance to dry heat (Method A)
18 Resistance to dry heat (Method B)
19 Dimensional stability at elevated temperature (Method A)
20 Dimensional stability at elevated temperature (Method B)
21 Dimensional stability at ambient temperature (Method A)
22 Dimensional stability at ambient temperature (Method B)
23 Resistance to climatic shock (exterior grade laminates)
24 Resistance to impact by small-diameter ball
25 Resistance to impact by large diameter ball
26 Resistance to impact by large diameter ball
(flooring grade laminates)
27 Resistance to cracking under stress (laminates <= 2 mm thick)
28 Resistance to crazing (Compact laminates)
29 Resistance to scratching
30 Resistance to staining (Method A)
31 Resistance to staining (Method B)
32 Lightfastness (xenon arc) (Method A)
33 Lightfastness (xenon arc) (Method B)
34 Resistance to UV light (Exterior grade laminates)
35 Resistance to artificial weathering (Exterior grade laminates)
36 Resistance to cigarette burns radiant heat (Method A)
37 Resistance to cigarette burns - radiant heat (Method B)
38 Formability (Method A)
39 Formability (Method B)
40 Resistance to blistering (Method A)
41 Resistance to blistering (Method B)
42 Resistance to wet heat (100 degrees C)
43 Determination of microscratch resistance