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The Effect of Phenolic Regrind on the Mechanical Properties of HDPE

机译:酚醛再生对HDPE力学性能的影响

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The possibility for recycling cured phenolic material was evaluated by testing mechanical properties of High-Density Polyethylene (HDPE) containing phenolic regrind material. The mechanical properties evaluated were: modulus of elasticity, percent elongation, tensile strength, and impact strength. Four different levels of phenolic regrind were used for evaluation with four different levels(4.76, 9.09, 16.7%) of phenolic regrind used in the comparison. The results demonstrated that with higher levels of phenolic regrind in the base HDPE material, certain mechanical properties degraded, with increased brittleness the most apparent effect.
机译:通过测试含酚醛再生材料的高密度聚乙烯(HDPE)的机械性能,评估了回收固化酚醛材料的可能性。评估的机械性能为:弹性模量,延伸百分率,拉伸强度和冲击强度。评估使用了四种不同水平的酚醛再生料,比较中使用了四种不同水平的酚醛再生料(4.76、9.09、16.7%)。结果表明,在基础HDPE材料中酚醛再磨料的含量较高时,某些机械性能会下降,而脆性增加则是最明显的效果。

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