IS 13204 : 2024 Rigid Phenolic Foam for Thermal Insulation - Specification
1 SCOPE
1.1 This standard specifies the requirements and methods of sampling and test for rigid phenolic foam for thermal insulation purposes. It applies to slab (blocks, boards, and profiled sheets) and profiled sections (pipe sections and radiused or bevelled lags) cut from pipes. The nominal temperature range for which the insulation material is suitable is - 180 °C to + 130 °C without any facing. The material is normally supplied with craft paper facing on both sides.
1.2 This standard is not applicable to continuously extended phenolic foam pipe insulating sections.
2 REFERENCES
The standard listed in Annex A contain provisions which through reference in this text, constitute provisions of this standard. At the time of publication, the editions indicated were valid. All standards are subject to revision, and parties to agreements based on this Indian Standard are encouraged to investigate the possibility of applying the most recent edition of these standards.
| IS No. | Title |
| IS 3069 : 2020 | Glossary of terms, symbols, and units relating to thermal insulation materials (second revision) |
| IS 3144 : 1992 | Mineral wool thermal insulation materials - Method of test (second revision) |
| IS 3346 : 1980 | Method for the determination of thermal conductivity of thermal insulation materials (two slab, guarded hot-plate method) (first revision) |
| IS 11239 | Method of test for rigid cellular thermal insulation materials: |
| (Part 3) : 2009/ISO 2796 : 1986 | Dimensional stability (first revision) |
| (Part 4) : 2014/ISO 1663 : 2007 | Water vapour transmission rate (first revision) |
| (Part 5) : 2019/ISO 4590 : 2016 | Volume percent of open and closed cells (second revision) |
| (Part 9) : 1988 | Water absorption |
| (Part 11) : 1985 | Compressive strength |
| (Part 12) : 1989 | Horizontal burning characteristics |
| IS 14164 : 2008 | Industrial application and finishings of thermal insulation materials at temperatures above - 80 °C and up to 750 °C - Code of practice (first revision) |