Jute and hollow conjugated polyester composites for outdoor & indoor insulation applications

ABSTRACT

The research work aims at investigating the fitness of jute and hollow conjugated polyester (HCP) composites for indoor and outdoor applications. Limiting oxygen value index, natural weathering exposure was done on four optimized composite structures; i) sandwich structure composite (A); ii) blended non-woven structure composite (B); iii) multiple layers with 5% of low melt polyester added composite (C); (iv) multiple layers of non-woven stitched composite (D) were produced. Their tensile strength, strain at break, and Young’s modulus values were evaluated both before and after the coating of acrylic-based silicon emulsion (ASE). From the experimental results, it is suggested that sample A can be used for an interior trim, sample B can be a base material for interior designing, sample C can replace the usage of wood, plastics, metals, and alloys in hardware applicationsand sample D can be used in interiors as an insulation material in commercial buildings for the purpose of internal cooling or heating.

摘要

本研究旨在探讨黄麻和中空共轭聚酯（HCP）复合材料在室内和室外的适用性。对四种优化组合结构进行了极限氧指数、自然风化暴露试验。I）夹层结构复合材料（A）II）共混非织造布结构复合材料（B）III与5%的低熔点聚酯复合材料（C）（IV）多层非织造缝合复合材料（D）产生。评价了丙烯酸基有机硅乳液（ASE）涂膜前后的拉伸强度、断裂应变和杨氏模量值。从实验结果表明样品可用于室内装饰，样品B可以为室内设计的基础材料，样品C可以代替木材，塑料的使用，在硬件应用和样品D金属和合金可用于内部作为内部冷却或加热的目的绝缘材料在商业建筑。

KEYWORDS:

• Jute
• Hollow conjugated polyester
• non-woven composite
• natural weathering and Limiting Oxygen Index

关键词:

• 黄麻
• 中空共轭聚酯
• 无纺布复合
• 自然风化与极限氧指数。