STP660: Blown Cellulose Fiber Thermal Insulations: Part 1—Density of Cellulose Fiber Thermal Insulation in Horizontal Applications

    Bomberg, M
    Research officers, National Research Council of Canada, Ottawa, Ont.

    Shirtliffe, CJ
    Research officers, National Research Council of Canada, Ottawa, Ont.

    Pages: 22    Published: Jan 1978


    Abstract

    This paper presents results of a study with the following objectives:

    1. Determine the effects of transport and placement conditions on the initial density of the insulation.

    2. Establish a standardized method for producing specimens of blown cellulose fiber insulations.

    3. Investigate the factors that cause the material to settle after placement.

    4. Establish a standardized method to produce settlement in the specimens comparable with those found in field studies.

    A method recommended for producing settlement in the specimens consists of two procedures, one simulating settlement by impact produced on the standardized containers, and the other causing settlement under climatic cycling of the material.

    Keywords:

    cellulose fiber, thermal insulation, density, settlement, settled density, residual density, moisture effects, blown insulation, blowing, pneumatic transport of insulation, thermal conductivity


    Paper ID: STP35738S

    Committee/Subcommittee: C16.30

    DOI: 10.1520/STP35738S


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