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Abstract

The burning behavior of carpets of very similar construction and contract com mercial carpets made from different fibers and blends in the National Bureau of Standard Flooring Radiant Panel were significantly affected by the pile fiber com position. Carpets of 100% wool and 80/20 wool/nylon produced critical radient flux (CRF) values > 0.5 W/cm² and these values were not affected by underlays. The CRF values of nylon carpets depended significantly on carpet construction, with low weights producing low CRF values, and decreased significantly with underlays. An increase in the imposed heat flux decreased the CRF values for nylon, but in the case of wool, CRF values significantly increased. This is probably associated with the different heat outputs and melting or charring behavior of the two fibers. Other carpet parameters that can affect CRF values are Zirpro flame-retardent treat ment of wool, shorn pile density, backing fiber composition (jute or polypropylene), and flame retardant latex.

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References

Adams, C.H. , Davis, S. , Development of the Flooring Radiant Panel Test as a Standard Test Method, Report No. National Bureau of Standards NBSIR 79-1954, March 1980.

Alderson, S. , and Breden, L. , Evaluation of the Fire Performance of Carpet Underlayments, NBSIR 76-1018, September 1976.

Anolick, S. , Cook, G.S. , and Stewart, C.W. , Flammability Properties of Carpets and Polychloroprene Latex Foam Underlayments , Rubber Chem. Technol. 52, 871-882 (1979).

ASTM E 648-78, Critical Radiant Flux of Floor-Covering Systems Using a Radiant Heat Energy Source.

Benisek, L. , Current Flammability Methods and Specifications and the Position of Wool, Part 1. General Tests for Flammability, Wool Sci. Rev. 50, 40-54 (1974).

Benisek, L. , Burning Behavior of Carpets: The Advantages of Wool and Flame-Resistant Wool, Textile Res. J. 45, 373-382, 1975).

Benisek, L. , Burning Behavior of Carpets: The Advantages of Wool and Flame Retardant Treated Wool (in German), Textilveredlung 10, 482-489 (1975).

Benisek, L. , Improvement of the Natural Flame-Resistance of Wool, Part I: Metal-Complex Applications, J. Textile Inst. 65, 102-108 (1974).

Benjamin, I.A. , and Adams, C.H. , The Flooring Radiant Panel and Proposed Criteria, Fire J. 70(March), 63-71, (1976).

10.

Benjamin, I.A. , and Adams, C.H. , Proposed Criteria for Use of the Critical Radiant Flux Test Method, Report No. NBSIR 75-950, December 1975.

11.

British Standard 476: Part 7: 1971, Fire Tests on Building Materials and Structures. Part 7: Surface Spread of Flame Tests for Materials (1971).

12.

Day, M. , Suprunchuk, T. , and Wiles, D.M. , Carpet Flammability: Methods of Retarding a Burning Question, Can. Textile J. 94(10), 23-30 (1977).

13.

Federal Test Method Standard No. 372, Test for Critical Radiant Flux of Carpet Flooring Systems (Flooring Radiant Panel Test).

14.

Federal Register 35(74), 6211-6212 (1970).

15.

Federal Register 37(37), 3972 (1972).

16.

16. Hartzell, L.G. , Development of a Radiant Panel Test for Flooring Materials, Report No. NBSIR 74-495, May 1974.

17.

Meckel, L. , Testing of Burning Behavior of Textile Floor Covering (in German), Melliand Textilber. 61, 963-965 ( 1980).

18.

NFP 92-501, Assessment of the Burning Behavior of Materials (French standard) (October 1975).

19.

NFPA 253, Flooring Radiant Panel Test 1978.

20.

Schiefer, H.F. , Wear Testing of Carpets, J. Res. Nat. Bur. Stand. 29, 333-379 (1942).

21.

Smith, E.E. , Product Fire Hazard Evaluation, J. Consumer Product Flammability, 2, 58-69 (1975).

22.

Tu, K-M. , and Davis, S. , Flame Spread of Carpet Systems Involved in Room Fires, Report No. NBSIR 76-1013, June 1976,

Evaluation of Carpets in the National Bureau of Standards Flooring Radiant Panel

Abstract

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References