EFFECT OF NANO-WOLLASTONITE, POLY VINYL CHLORIDE AND HIGH DENSITY POLYETHYLENE POLYMERS AND BOARD STRUCTURE ON FIRE RESISTANCE OF PARTICLEBOARD MADE OF PEPPER STALK AND INDUSTRIAL WOOD

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RANGAVAR H.; ALAVI SERESHT S.A.

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Journal Paper

Paper Information

Journal: Iranian Journal of Wood and Paper Science Research Year:2015 | Volume:30 | Issue:3 Page(s): 503-512

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Title

EFFECT OF NANO-WOLLASTONITE, POLY VINYL CHLORIDE AND HIGH DENSITY POLYETHYLENE POLYMERS AND BOARD STRUCTURE ON FIRE RESISTANCE OF PARTICLEBOARD MADE OF PEPPER STALK AND INDUSTRIAL WOOD

Author(s)

RANGAVAR H. | ALAVI SERESHT S.A. | Issue Writer Certificate

Keywords

PEPPER STALKQ2

NANO WOLLASTONITEQ1

POLYETHYLENEQ2

POLYVINYL CHLORIDEQ2

FIRE RESISTANCEQ1

Abstract

This research was conducted to investigate the effect of nano-wollastonite and the application of POLYVINYL CHLORIDE and high density POLYETHYLENE polymers on the FIRE RESISTANCE of three layers particleboard made from PEPPER STALK and industrial wood particles. Urea-formaldehyde adhesive at 12% weight of the wood containing nanowollastonite (10%, based on dry mass of wood material) was used. Three types of the boards; mixture of industrial wood with PEPPER STALK particles, three layers board including the core layer from PEPPER STALK particles and the surface layer from industrial wood particles, the core layer from industrial wood particles and the surface layer from PEPPER STALK particles were made. Polymers were selected as high density POLYETHYLENE and POLYVINYL CHLORIDE and nano-wollastonite in the two levels (with nano and without nano) were considered as variable factors. Test specimens for the examination of characteristics of FIRE RESISTANCE boards were made and FIRE RESISTANCE test including ignition timing (s), fusion time (s), weight loss (%) and carbonized area (mm2) for two duration of both 2 and 30 minutes in accordance with the ISO 11925 were determined. The results showed that the use of nano-wollastonite and POLYVINYL CHLORIDE and high density POLYETHYLENE polymer improved FIRE RESISTANCE. In particular, high density POLYETHYLENE polymer showed better effect on the FIRE RESISTANCE of the boards. Three layers boards with industrial wood particles on the surface had a long ignition and fusion time. Moreover, percentage of weight loss and carbonized area in a three layerboards with PEPPER STALKs particles on the surface were low.

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References

STUDY ON FIRE-RETARDANT PROPERTIES OF NANO-WOLLASTONITE IN FIR WOOD (ABIES ALBA)

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APA: Copy

RANGAVAR, H., & ALAVI SERESHT, S.A.. (2015). EFFECT OF NANO-WOLLASTONITE, POLY VINYL CHLORIDE AND HIGH DENSITY POLYETHYLENE POLYMERS AND BOARD STRUCTURE ON FIRE RESISTANCE OF PARTICLEBOARD MADE OF PEPPER STALK AND INDUSTRIAL WOOD. IRANIAN JOURNAL OF WOOD AND PAPER SCIENCE RESEARCH, 30(3), 503-512. SID. https://sid.ir/paper/109491/en

Vancouver: Copy

RANGAVAR H., ALAVI SERESHT S.A.. EFFECT OF NANO-WOLLASTONITE, POLY VINYL CHLORIDE AND HIGH DENSITY POLYETHYLENE POLYMERS AND BOARD STRUCTURE ON FIRE RESISTANCE OF PARTICLEBOARD MADE OF PEPPER STALK AND INDUSTRIAL WOOD. IRANIAN JOURNAL OF WOOD AND PAPER SCIENCE RESEARCH[Internet]. 2015;30(3):503-512. Available from: https://sid.ir/paper/109491/en

IEEE: Copy

H. RANGAVAR, and S.A. ALAVI SERESHT, “EFFECT OF NANO-WOLLASTONITE, POLY VINYL CHLORIDE AND HIGH DENSITY POLYETHYLENE POLYMERS AND BOARD STRUCTURE ON FIRE RESISTANCE OF PARTICLEBOARD MADE OF PEPPER STALK AND INDUSTRIAL WOOD,” IRANIAN JOURNAL OF WOOD AND PAPER SCIENCE RESEARCH, vol. 30, no. 3, pp. 503–512, 2015, [Online]. Available: https://sid.ir/paper/109491/en

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