1、 减少资源浪费：可以循环利用旧有沥青面层混合料和半刚性基层材料；

　　1. Reduce resource waste: old asphalt surface mixture and semi-rigid base material can be recycled;

　　2、 有效的反射裂缝：泡沫沥青混合料增加粒料的剪切强度，降低水敏感性，而且具有柔性性质和良好的抗疲劳特性；

　　2. Effectively eliminate reflective cracks: foam asphalt mixture increases the shear strength of granular materials, reduces water sensitivity, and has flexible properties and good fatigue resistance characteristics;

　　3、 具有很好的耐久性：具有良好级配的泡沫沥青混合料，其强度和耐疲劳等路用性质与粗粒式沥青混凝土相当；

　　3. Good durability: foam asphalt mixture with good gradation has the same road use properties as coarse grained asphalt concrete in terms of strength and fatigue resistance;

　　4、 有更好的高温稳定性：泡沫沥青冷再生混合料特殊的结构形式（沥青的不连续分散），决定了材料的温度敏感性低；

　　4. Better high-temperature stability: the special structure of foam asphalt cold recycling mixture (discontinuous dispersion of asphalt) determines the low temperature sensitivity of the material;

　　5、 提高了结构的完整性：冷再生成型厚度与沥青路面相比明显要厚，均匀的结构层经过重型压实机械充分压实后形成连续结构界面；

　　5. Improved structural integrity: The thickness of cold recycling molding is significantly thicker compared to asphalt pavement, and the uniform structural layer is fully compacted by heavy-duty compaction machinery to form a continuous structural interface;

　　6、 大大减少对交通的影响：泡沫沥青混合料拌好后可以立即压实，压实结束即可开放轻交通，施工工期可以大大缩短；

　　6. Greatly reduce the impact on traffic: foam asphalt mixture can be compacted immediately after mixing, and light traffic can be opened after compaction, and the construction period can be greatly shortened;

　　7、 节约成本和能耗：与传统铣刨罩面维修方法相比，可节约 25 % 左右的成本，节省加热能源 60 % 以上，减少二氧化碳排放量 80 % 以上；

　　7. Cost and energy savings: Compared with traditional milling and planing methods, it can save about 25% of costs, save over 60% of heating energy, and reduce carbon dioxide emissions by over 80%;

　　8、 再生混合料能很好地平衡刚柔度，克服现有半刚性基层的缺陷，延缓路面的破损时间，逐步实现路面结构多样性；

　　8. Recycled mixtures can effectively balance rigidity and flexibility, overcome the defects of existing semi-rigid base layers, delay the damage time of road surfaces, and gradually achieve diversity in road surface structures;

　　9、 该技术节约大量资源和资金，还能有利于和谐交通建设，促进交通事业的可持续发展，具有非常高的应用价值。

　　9. This technology saves a lot of resources and funds, and is also beneficial for the construction of harmonious transportation, promoting the sustainable development of the transportation industry, and has very high application value.

　　维特根 3800 CR 设备将冷再生与冷铣刨功能集为一体，具有无可匹敌的通用性。设备独有的维特根下切工艺，多种工作宽度，的铣刨及拌合性能等优势使该设备以质量进行冷再生施工，无论遇到何种挑战，均能为您提供理想的解决方案。

　　The Wittgen 3800 CR equipment integrates cold regeneration and cold milling functions, providing unparalleled versatility. The unique Wittgenstein cutting process, multiple working widths, efficient milling and mixing performance, and other advantages of the equipment enable it to perform cold recycling construction with the highest quality. No matter what challenges you encounter, it can provide you with an ideal solution.

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