THE EFFECT OF NANO-CLAY PARTICLES AND COMPATIBILIZER ON THE DECAY RESISTANCE OF WOOD PLASTIC COMPOSITE

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REISI NAFCHI HAJAR; ABDOUSS MAJID; KAZEMI NAJAFI SAEED; MOHEBBI GARGARI RAHIM

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Journal: Journal of Forest and Wood Products Year:2016 | Volume:69 | Issue:1 Page(s): 161-171

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Title

THE EFFECT OF NANO-CLAY PARTICLES AND COMPATIBILIZER ON THE DECAY RESISTANCE OF WOOD PLASTIC COMPOSITE

Author(s)

REISI NAFCHI HAJAR | ABDOUSS MAJID | KAZEMI NAJAFI SAEED | MOHEBBI GARGARI RAHIM | Issue Writer Certificate

Keywords

COMPATIBILIZERQ2

CORIOLUS VERSICOLORQ3

NANO-CLAYQ2

OXIDIZED POLYPROPYLENEQ1

WOOD PLASTIC COMPOSITEQ2

Abstract

The purpose of this study was to evaluate the effects of NANO-CLAY particles and OXIDIZED POLYPROPYLENE as a COMPATIBILIZER on the decay resistance of WOOD PLASTIC COMPOSITE and compare it to CORIOLUS VERSICOLOR fungi. In order to provide OXIDIZED POLYPROPYLENE as the COMPATIBILIZER, polypropylene was oxidized in the presence of air oxygen for 2 hr by an internal mixer. Afterwards, wood fibers, polypropylene, NANO-CLAY particles and OXIDIZED POLYPROPYLENE as a COMPATIBILIZER in a certain ratio were mixed in an internal mixer and pressed into plates of 150´150´2 mm3 nominal dimensions using a laboratory hydraulic hot press. Then, the decay test was carried out using a white rot fungus such as CORIOLUS VERSICOLOR. Results showed that the weight loss of composite due to decay was proportional to the NANO-CLAY particle percentage, so that increasing the percentage of NANO-CLAY particles from 0% to 4% was associated with less weight loss and decay. In addition, the samples without a COMPATIBILIZER showed more weight loss and decaythan those having a COMPATIBILIZER. Morphology of the composites containing NANO-CLAY particles were evaluated by using X-ray diffraction and transmission electron microscopy, results demonstrated that the distribution of NANO-CLAY particles in the field of the polymer was an intercalation type. This indicated the better stability of this class of composites compared to CORIOLUS VERSICOLOR fungi.

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APA: Copy

REISI NAFCHI, HAJAR, ABDOUSS, MAJID, KAZEMI NAJAFI, SAEED, & MOHEBBI GARGARI, RAHIM. (2016). THE EFFECT OF NANO-CLAY PARTICLES AND COMPATIBILIZER ON THE DECAY RESISTANCE OF WOOD PLASTIC COMPOSITE. JOURNAL OF FOREST AND WOOD PRODUCTS (JFWP) (IRANIAN JOURNAL OF NATURAL RESOURCES), 69(1), 161-171. SID. https://sid.ir/paper/162952/en

Vancouver: Copy

REISI NAFCHI HAJAR, ABDOUSS MAJID, KAZEMI NAJAFI SAEED, MOHEBBI GARGARI RAHIM. THE EFFECT OF NANO-CLAY PARTICLES AND COMPATIBILIZER ON THE DECAY RESISTANCE OF WOOD PLASTIC COMPOSITE. JOURNAL OF FOREST AND WOOD PRODUCTS (JFWP) (IRANIAN JOURNAL OF NATURAL RESOURCES)[Internet]. 2016;69(1):161-171. Available from: https://sid.ir/paper/162952/en

IEEE: Copy

HAJAR REISI NAFCHI, MAJID ABDOUSS, SAEED KAZEMI NAJAFI, and RAHIM MOHEBBI GARGARI, “THE EFFECT OF NANO-CLAY PARTICLES AND COMPATIBILIZER ON THE DECAY RESISTANCE OF WOOD PLASTIC COMPOSITE,” JOURNAL OF FOREST AND WOOD PRODUCTS (JFWP) (IRANIAN JOURNAL OF NATURAL RESOURCES), vol. 69, no. 1, pp. 161–171, 2016, [Online]. Available: https://sid.ir/paper/162952/en

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