To address the issues of low maintenance efficiency,poor interlayer bonding performance,and easy shedding of aggregates in cur-rent fiber-stone seal applications,this paper proposes a six-synchronous fiber wear layer technology that enables the rapid and uniform spreading of six layers of materials,including interlayer bonding agents,emulsified asphalt,fibers,aggregates,and curing agents in a single op-eration.The study examines the impact of fiber type,aggregate gradation,emulsified asphalt distribution ratio,and construction method on the performance of the six-synchronous fiber wear layer.The results show that when using glass fibers,with a 7:3 distribution ratio of emulsified asphalt between the upper and lower layers,and either single-grade 3-5 mm aggregates or a combination of 10％1-3 mm and 90％3-5 mm aggregates,the six-synchronous fiber wear layer achieves enhanced interlayer bonding strength and shear strength.Furthermore,it features ex-cellent anti-slip and waterproofing properties.
fiber wear layersix-synchronous construction technologyinterlayer bonding strengthinterlayer shear strengthskid resistance
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