Purpose: Recently, Polyamide 66 and Teflon as plastic materials have been widely used at the manufacturing of gear mechanism. The purpose of the paper is to examinee the load capacity of PC/ABS spur gears and investigation of gear damage. Design/methodology/approach: In this study, usability of PC/ABS composite plastic materials as spur gear was investigated. PC/ABS gears were tested by applying three different loading at two different numbers of revolutions on the FZG experiment set. Findings: As a result of the experiments, load capability of PC/ABS materials was seen rather high, if one of the spur gear pair was steel (AISI 8620). Practical implications: In fact that, PC/ABS materials are durable against flame, air, ultraviolet lights and holding lower moisture than PA66 GFR 30 materials, the usage of them brings an advantage in many industrial areas. Originality/value: Using PC/ ABC materials provides many advantages due to fire, air and ultraviolet light durability and low moisture holding properties.
Recently, Polyamide 66 and Teflon as plastic materials are widely used at the manufacturing of gear mechanism. The using of PC/ ABC materials provides many advantages due to fire, air and ultraviolet light durability and low moisture holding properties. In this study, the usability of PC/ABS composite plastic materials as spur gear was investigated. PC/ABS gears were tested by applying three different loading at two different numbers of revolutions on the FZG experiment set. As result of the experiments, load capability of PC/ABS materials was seen rather high, if one of the spur gear pair was steel (AISI 8620).
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