用夹壳粉末材料制造水管

A. Rahmansyah, Z. Zulfikar, B. Umroh
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引用次数: 6

摘要

一般来说,生活污水管道采用PVC型塑料管道,不环保,价格相对昂贵。因此,本研究将以夹壳粉为原料进行复合管的模具设计和制造。所用原料为夹壳粉,MgO和CaO化合物的组成分别为22.28%和66.70%。所使用的混合材料由40目夹壳粉、催化剂和不饱和聚酯树脂为基体组成。本研究的目的是用夹壳粉增强聚合物复合材料制造水管。采用铸造法制造复合管。管模由直径40.46毫米(1.6英寸)的不锈钢制成,外径50.8毫米(2英寸)。此模具尺寸遵循SNI 06-0084-2002标准。研究结果表明,夹壳粉增强聚合物复合材料水管内径为40.64 mm,外径变化。这种变化取决于复合材料中夹壳粉的成分。夹壳粉成分越大,越容易获得最大管壁厚度。平均壁厚变化为3.35 mm。这种变化仍然包括在聚合物水管的要求,这是最小的2毫米。
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Manufacture of Water Pipe From Clampshell Powder Materials
In general, household waste water pipelines use plastic pipes of PVC type that are not environmentally friendly and are relatively expensive. Therefore, this research will design molds and manufacture of composite pipes using raw materials of clampshell powder. The raw material used is clampshell powder with the composition of MgO and CaO compounds which is about 22.28% and 66.70%. The mixture of materials used consisted of clampshell powder with a size of 40 mesh, catalyst, and unsaturated polyester resin as a matrix. The objective of this study is manufacture of water pipes made from polymer composites reinforced by clampshell powder. Composite pipe manufacturing is carried out using the casting method. Pipe molds are made of stainless steel with a diameter of 40.46 mm (1.6 in) and an outer diameter of 50.8 mm (2 in). This mold size follows SNI 06-0084-2002 standards. The results of the study, water pipes from polymer composite material reinforced by clampshell powder with an inner diameter size of 40.64 mm and varying outside diameter. This variation depends on the composition of the clampshell powder in composite materials. The greater the clampshell powder composition, the more easily the maximum pipe wall thickness can be obtained. The average wall thickness variation is 3.35 mm. This variation is still included in the polymer water pipe requirements, which is a minimum of 2 mm.
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