Impact on Tire Performance with Improvement of Semisteel Meridian Tire Lamination Processing

Chuan Sheng Wang; Ping Fu; Shan Hu Li; Yong Dian Jiang

doi:10.4028/www.scientific.net/AMR.87-88.487

Paper Titles

Research on the Thermal Oxidation and Ultraviolet Radiation Aging of Nano-ZnO/NR Composite
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Analysis and Comparison of Vapor and Liquid Deposition of Pyrrole on Wool Fiber
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Research on the Adjustable LAVAL Nozzle during Pneumatic Conveying
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Physical Properties of Poly(urethane-methacrylate)s Plastic Sheets Produced from Different Polyols
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Impact on Tire Performance with Improvement of Semisteel Meridian Tire Lamination Processing
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The Experimental Research of SMR/SBR Inner Tube with RIIR
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Preparation of Anion Modified Montmorillonite-Polystyrene Nanocomposite by Suspension Polymerization
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Effect of Vulcanization and Shaping Process on Radial Force Variation of TBR Tire
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Research Method of the Rubber's Plasticization Technological Parameter Optimize on Open Mill by Neural Network
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 87-88Impact on Tire Performance with Improvement of...

Impact on Tire Performance with Improvement of Semisteel Meridian Tire Lamination Processing

Abstract:

The performances of tires which are affected by improving the building way for semisteel radial tire have been researched. The testing results show that there is a great effect on the tire’s uniformity and dynamic balance because the pressing ways of semi-steel radial tire bis two steps with two rollers lamination make the variation of tread size greater. When the lamination process of two steps with two rollers was changed into three steps with three rollers, the tire’s uniformity and the dynamic balance have been improved effectively, which significantly reduces the possibility of the change when the tread size becomes larger during the lamination of tread.