Abrasion testing has become a permanent fixture in the laboratories of many companies throughout the rubber industry. Regardless of the method employed, the underlying principle involves the resistance to volume loss of a rubber article when subjected to an abrasive environment. Within the context of plied rubber conveyor belting, this dynamic can be controlled and studied in the lab through use of instruments such as "DIN Abrasion Testers" and test standards like DIN ISO 4649. The purpose of this paper is to educate those individuals exposed to the concept of rubber abrasion testing on the potential variability associated with the accepted industry test method and the corresponding factors that contribute to this variability. The information presented is intended for any quality control personnel, chemist, salesperson, or potential customer who currently utilizes abrasion data when making decisions involving compound / product integrity. It should also aid the laboratory technician in identifying and reducing sources of variation in their testing enabling them to perform higher quality, more consistent work.
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机译：磨损试验已成为橡胶工业许多公司的实验室的永久夹具。无论采用的方法如何，下面的原理涉及当经受研磨环境时涉及橡胶制品的体积损失的抵抗力。在采用橡胶输送带的背景下，可以通过使用如“DIN磨损测试仪”和DIN ISO 4649等测试标准的仪器在实验室中控制和研究这种动态。本文的目的是教育暴露于那些暴露的人橡胶磨损试验的概念对接受的行业测试方法相关的潜在可变性以及有助于这种变异性的相应因素。所提供的信息适用于任何质量控制人员，化学家，销售人员或潜在客户，他们在制定涉及复合/产品完整性的决策时目前使用磨损数据。它还应该帮助实验室技术人员识别和减少其测试的变异来源，使他们能够执行更高的质量，更加一致的工作。
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