2012Linye jixieRequires access

Influence of HDPE Content on Mechanical Properties of Wood/Plastic Composites

Shi Yi

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Abstract

Seven patterns for producing wood/plastic composites are designed by changing the proportion of high density polyethylene(HDPE) and polystyrene(PS) mixture and the proportions of HDPE to PS are 0 ∶ 10,1 ∶ 9,2 ∶ 8,3 ∶ 7,4 ∶ 6,5 ∶ 5 and 10 ∶ 0 respectively.According to different design patterns,correspondent extrusion process parameters are selected to produce wood/plastic composite profiles and plastic inspection standards are used to conduct mechanical performance inspection and scanning electron microscopic observation to find the optimum formulation process.

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What this paper is about

Seven patterns for producing wood/plastic composites are designed by changing the proportion of high density polyethylene(HDPE) and polystyrene(PS) mixture and the proportions of HDPE to PS are 0 ∶ 10,1 ∶ 9,2 ∶ 8,3 ∶ 7,4 ∶ 6,5 ∶ 5 and 10 ∶ 0 respectively.According to different design patterns,correspondent extrusion process parameters are selected to produce wood/plastic composite profiles and plastic inspection standards are used to conduct mechanical performance inspection and scanning electron microscopic observation to find the optimum formulation process.

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Available abstract

Seven patterns for producing wood/plastic composites are designed by changing the proportion of high density polyethylene(HDPE) and polystyrene(PS) mixture and the proportions of HDPE to PS are 0 ∶ 10,1 ∶ 9,2 ∶ 8,3 ∶ 7,4 ∶ 6,5 ∶ 5 and 10 ∶ 0 respectively.According to different design patterns,correspondent extrusion process parameters are selected to produce wood/plastic composite profiles and plastic inspection standards are used to conduct mechanical performance inspection and scanning electron microscopic observation to find the optimum formulation process.

Key concepts: High-density polyethylene, Materials science, Composite material, Extrusion, Polystyrene, Polyethylene, Wood-plastic composite, Composite number

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