BS EN ISO 19712-3:2022 – TC
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Tracked Changes. Plastics. Decorative solid surfacing materials – Determination of properties. Solid surface shapes
Published By | Publication Date | Number of Pages |
BSI | 2022 | 120 |
This document specifies the methods of test for determination of the properties of solid surfacing materials, as defined in Clause 3, in the form of shaped products. These methods are primarily intended for testing the materials specified in ISO 19712-1. The tests can be carried out on finished products, but are generally carried out on test panels of a size sufficient to meet the requirements of the test, and of the same material and finish as the finished product.
PDF Catalog
PDF Pages | PDF Title |
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1 | 30455490 |
65 | A-30436110 |
66 | undefined |
69 | European foreword Endorsement notice |
76 | Foreword |
77 | 1 Scope 2 Normative references |
78 | 3 Terms and definitions 4 Cleaning the test specimen surface 4.1 General 4.2 Materials 4.3 Procedure 5 Surface defects 5.1 Procedure |
79 | 5.2 Method of inspection of surface 5.3 Performance requirements 5.4 Test report 6 Resistance to impact by large-diameter ball 6.1 Principle 6.2 Test specimen 6.3 Procedure |
80 | 6.4 Performance requirement 6.5 Test report |
81 | 7 Lightfastness 7.1 Method A 7.1.1 Principle 7.1.2 Apparatus 7.1.3 Test specimen 7.1.4 Procedure |
82 | 7.1.5 Assessment of specimen and expression of results 7.1.6 Test report 7.2 Method B 7.2.1 Principle |
83 | 7.2.2 Materials 7.2.3 Apparatus 7.2.4 Standardization of apparatus 7.2.5 Test specimens 7.2.6 Procedure |
84 | 7.2.7 Expression of results 7.2.8 Test report |
85 | 7.3 Method C (resistance to colour change in light from an enclosed carbon-arc lamp) 7.3.1 Principle 7.3.2 Apparatus 7.3.3 Test specimen 7.3.4 Procedure 7.3.5 Evaluation and expression of results 7.3.6 Test report |
86 | 8 Stain/chemical-resistance test 8.1 Method A 8.1.1 Principle 8.1.2 Staining agents 8.1.3 Apparatus and materials 8.1.4 Test specimens |
90 | 8.1.5 Procedures 8.1.6 Expression of results 8.1.7 Test report |
91 | 8.2 Method B 8.2.1 Principle 8.2.2 Materials |
92 | 8.2.3 Apparatus 8.2.4 Test specimen |
93 | 8.2.5 Procedure |
94 | 8.2.6 Expression of results |
95 | 8.2.7 Test report 9 Resistance to cigarette burns 9.1 Method A 9.1.1 Principle 9.1.2 Materials 9.1.3 Test specimen 9.1.4 Procedure |
96 | 9.1.5 Expression of results 9.1.6 Test report 9.2 Method B (simulated test using electric heater) 9.2.1 Principle 9.2.2 Apparatus |
101 | 9.2.3 Test specimens 9.2.4 Procedure |
103 | 9.2.5 Expression of results 9.2.6 Test report 10 Resistance to dry heat 10.1 Method A 10.1.1 Principle 10.1.2 Materials |
104 | 10.1.3 Apparatus 10.1.4 Test specimen 10.1.5 Procedure 10.1.6 Expression of results 10.1.7 Test report |
105 | 10.2 Method B 10.2.1 Principle 10.2.2 Materials 10.2.3 Apparatus 10.2.4 Test specimen |
106 | 10.2.5 Procedure |
107 | 10.2.6 Expression of results |
108 | 10.2.7 Test report 10.3 Method C 10.3.1 Test specimen 10.3.2 Procedure 10.3.3 Performance requirements 10.3.4 Test report |
109 | 11 Resistance to wet heat 11.1 Method A 11.1.1 Principle 11.1.2 Materials 11.1.3 Apparatus 11.1.4 Test specimen 11.1.5 Procedure 11.1.6 Expression of results |
110 | 11.1.7 Test report 11.2 Method B 11.2.1 Principle 11.2.2 Materials 11.2.3 Apparatus |
111 | 11.2.4 Test specimen 11.2.5 Procedure 11.2.6 Expression of results |
112 | 11.2.7 Test report 12 Hot/cold-cycle water-resistance test 12.1 Method A — Kitchen sinks 12.1.1 Principle 12.1.2 Apparatus and materials |
113 | 12.1.3 Test specimen 12.1.4 Procedure |
114 | 12.1.5 Performance requirement 12.1.6 Test report |
115 | 12.2 Method B — Other shaped products 12.2.1 Principle 12.2.2 Apparatus and materials 12.2.3 Test specimen 12.2.4 Procedure 12.2.5 Performance requirement 12.2.6 Test report |
116 | 13 Hardness 14 Ability to be renewed |
117 | Bibliography |