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Evaluation Degradation Prediction on the Environmental Resistance of WPC Windows

机译:WPC Windows对环境抗性的评价和降解预测

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In the development of WPC windows, it is of utmost importance to have a proper assessment process on the functionality and durability, which is necessary to assure that those properties are maintained during the lifetime of the products. The current paper investigates the WPC windows' usability, which was done through the initial performance (water absorption: 2.30%, flexural modulus: 1, 610 MPa, etc.) and reliability evaluation (color difference (ΔE), surface analysis, degradation tendency after accelerated life test) of the developed WPC windows. A degradation prediction model for WPC is also presented. In the development of WPC windows, it is of utmost importance to assure that those properties are maintained during the lifetime. The current paper investigates the WPC windows' usability, which was done through the initial performance (water absorption 2.30%, Flexural modulus 1.610 MPa, etc.) and reliability evaluation (Color differences after accelerated life test) of the developed WPC windows. In addition, it presented degradation prediction model for WPC windows.
机译:在WPC Windows的开发中,对功能和耐用性具有适当的评估过程至关重要,这对于确保在产品的使用寿命期间维护这些属性是必要的。目前的论文调查了WPC Windows的可用性,这是通过初始性能(吸水:2.30%,弯曲模量:1,610MPa等)进行的(色差(ΔE),表面分析,降解趋势经过加速寿命测试)开发的WPC窗口。还介绍了WPC的降级预测模型。在WPC Windows的开发中,确保在寿命期间维护这些属性至关重要。目前的论文调查了WPC Windows的可用性,这是通过初始性能(吸水230%,弯曲模数1.610MPa等)和开发WPC窗口的可靠性评估(加速后的寿命测试的颜色差异)。此外,它呈现了WPC窗口的降级预测模型。

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