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4. Full-scale tests
Full-scale tests can be carried out to approximate actual dimensions and simulate the installation conditions of a product and its environment in a structure, in order to represent a reference scenario.
These tests are generally quite expensive, but they are very useful when laboratory or intermediate-scale tests are insufficient to provide information on a product's fire behavior that can be linked to safety objectives.
Full-scale tests can also be used to reproduce a reference scenario, on the basis of which a classification system for the fire behavior of products intended for a given industrial sector can be constructed. In this case, the laboratory or intermediate-scale tests used to characterize the fire behavior of the products in question must be matched to the full-scale tests.
Intermediate-scale tests are...
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Full-scale tests
Conclusion
Bibliography
Standards
- Standard Test Method for Determining Ignition Temperature of Plastics - ASTM D1929-16 -
- Standard Test Method for Specific Optical Density of Smoke Generated by Solid Materials - ASTM E 662-17a -
- Fire resistance test – Construction elements – Part 1: General requirements - ISO 834-1 - 1999
- Plastics – Determining ignition temperature using a hot-air oven - ISO 871 - 2006
- Reaction to fire tests...
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