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Casting Molding of PDCPD Material for Purpose of Car's Power Steering Body

机译:PDCPD材料的铸造成型用于汽车动力转向机身的目的

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The growing industry of polymer and composite materials is facing new challenges posed by the automotive industry. In this industry, traditional materials such as steel and aluminum are widely replaced with plastic materials, including polymers. In the past, such behavior concerned design and interior elements, but more and more often plastics are used in the case of load-bearing elements, i.e. those that require high strength and durability nowadays. This kind of materials are also often used in safety systems or driver assistance systems. Therefore, the aim of the activities described in this article are to carry out an innovative process of injection of cold polymeric material, PDCPD (Polidicyclopentadiene), polymerizing with the use of Metathesis reaction, which in 2005 was awarded the Nobel Prize. This injection applies to the worm gear components of the system, supports the power steering system of the passenger car. Also the process of selecting the appropriate parameters to carry out this process, guaranteeing the best quality of the obtained elements is necessary. The aim of the activities was to achieve a fully useful power steering support system, using a polymer body, which is replacing the aluminum. These activities were aimed at reducing the costs and weight of the final product. The injection process and the way to achieve the finished product were carried out in an innovative way, never used in industry before.
机译:聚合物和复合材料的不断增长的行业面临着汽车行业提出的新挑战。在该行业中,诸如钢和铝等传统材料被广泛用塑料材料替换,包括聚合物。在过去,这种行为有关设计和内部元件,但在承载元件的情况下,即,当时需要高强度和耐用性的情况下使用越来越多的塑料。这种材料通常也用于安全系统或驾驶员辅助系统。因此,本文中描述的活动的目的是进行食用冷聚合物材料的创新过程,PDCPD(Polidicalclopentodiene),通过使用复分解反应,在2005年被授予诺贝尔奖。这种喷射适用于系统的蜗轮部件,支撑乘用车的动力转向系统。还需要选择适当参数来执行该过程的过程,以确保所获得的元件的最佳质量是必要的。这些活动的目的是实现使用聚合物体的完全有用的动力转向支持系统,该支持系统更换铝。这些活动旨在降低最终产品的成本和重量。注射过程和实现成品的方式以创新的方式进行,从未在工业中使用过。

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