| 摘要 |
<p>According to the present invention, a core is formed by using Aluminum, which is 1/3 lighter than the weight of steel, carbon fibers are braided on the outer circumferential surface of the core, resin is penetrated into a space between the braided carbon fibers and is hardened to make a stabilizer bar. Therefore, in comparison with a stabilizer bar formed by a steel spring SUP6, the stabilizer bar, which has a lighter weight and superior strength, may be obtained. Moreover, the Aluminum core and a joint bolt are firmly coupled with each other by using a screw coupling method or a sawtooth coupling method to prevent the joint bolt for connecting a suspension arm with the stabilizer bar from being released from the core or running idle. Therefore, the stabilizer bar may be stably coupled to the suspension arm.</p> |
