冷再生機的核心是裝有很多專用刀頭的銑刨和攪拌轉子。冷再活力向前跋涉時，轉子向上旋轉銑刨原路麵材料，同時， 水經過軟管從冷再生機連接的水車中輸送過來，並在再活力 的攪拌倉中噴灑。
The core of cold regenerator is milling and mixing rotor with many special cutter heads. When the cold reactivation moves forward, the rotor rotates upward to mill the raw pavement materials. At the same time, the water is transported from the water truck connected with the cold regeneration machine through the hose, and is sprayed in the stirring bin of the regeneration.
水的輸送量經過微處理器操控的泵送係統準確操控，以到達需要的最佳含水量。銑刨轉子將水與銑刨料充分攪拌。液體穩定劑，例如熱瀝青 (冷再生機自帶泡沫瀝青發泡設備，可將熱瀝青加熱到160- 180 °C，與少量水混合發泡)可經過專門規劃的噴灑嘴被噴灑到拌 和腔；粉狀穩定劑如水泥需按規劃添加量事先灑布在再活力前的 路麵上，再活力將粉狀穩定劑與再生料和水一次性攪拌。
The delivery volume of water is accurately controlled by a microprocessor-controlled pumping system to reach the optimal water content required. The milling rotor fully mixes the water with the milling material. Liquid stabilizer, such as hot asphalt (cold recycling machine with foam asphalt foaming equipment, can be heated to 160-180 degrees C, with a small amount of water to mix foaming) can be sprayed to the mixing chamber through a specially designed spray nozzle; powder stabilizer such as cement should be pre programmed according to the planning amount before reactivation. On the pavement, the powder stabilizer is mixed with recycled materials and water at one time.
If the original gradation of the recycled layer is poor, the short part of the aggregate can be sprinkled on the pavement before regeneration, and the gradation of the raw pavement material can be improved by mixing with the old material.
The above is about the cold regenerator working principle related content introduction, I hope to help you.