ABSTRACT The present review elaborates about the complexity being associated with the intensification of Rotational Molding process. It is a technique used in the manufacturing of hollow stress-free plastic products. In recent years, as rotational molding process has gained popularity in various critical applications, a detailed study on this technique needs to be analyzed deliberately. For this reason, an extensive review of rotational molding process has been effectuated in this paper, which is mainly categorized into four different sections, namely, materials, additives, processibility and process parameters. The paper analyses exhaustively the dynamic quality of processibility, parametric analysis and industrial applications of roto-molded product documented by different researchers. First two section focuses mainly on mixing distinguished materials and additives with the base resin in order to achieve optimal mechanical properties in a roto-molded product. Consecutively, third section explains the fusion of powder and its characterization in terms of roto moldability. The last part is a detailed analysis of parametric study affecting rotational molding process. It can be concluded from the literature review that a suitable selection of base resin, additives, processibility analysis and parameter characterization can execute a vital role to augment advancements in rotational molding process.

中文翻译：

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一种在滚塑成型中增强材料、添加剂、可加工性和参数化的方法：综述

摘要 本综述详细阐述了与旋转成型工艺的强化相关的复杂性。它是一种用于制造中空无应力塑料制品的技术。近年来，随着滚塑工艺在各种关键应用中的普及，需要对这种技术进行详细的研究。为此，本文对滚塑成型工艺进行了广泛的回顾，主要分为四个不同的部分，即材料、添加剂、可加工性和工艺参数。本文详尽地分析了不同研究人员记录的滚塑产品的可加工性动态质量、参数分析和工业应用。前两部分主要侧重于将特殊材料和添加剂与基础树脂混合，以在滚塑产品中实现最佳机械性能。接下来，第三部分解释了粉末的融合及其在旋转成型性方面的表征。最后一部分是对影响滚塑成型工艺的参数研究的详细分析。可以从文献综述中得出结论，选择基础树脂，添加剂，加工性分析和参数表征的合适选择可以在旋转成型过程中增强进步的重要作用。最后一部分是对影响滚塑成型工艺的参数研究的详细分析。可以从文献综述中得出结论，选择基础树脂，添加剂，加工性分析和参数表征的合适选择可以在旋转成型过程中增强进步的重要作用。最后一部分是对影响滚塑成型工艺的参数研究的详细分析。可以从文献综述中得出结论，选择基础树脂，添加剂，加工性分析和参数表征的合适选择可以在旋转成型过程中增强进步的重要作用。