| 射压式造型机 它是利用压缩空气 |
| 添加时间：2023/12/9 16:02:55 浏览次数： |
| 射压式造型机
它是利用压缩空气将型砂均匀地射入砂箱预紧实，然后再施加压力进行压实。常用的有垂直分型无箱射压造型机和水平分型脱箱射压造型机。垂直分型无箱射压造型机造型不用砂箱，型砂直接射入带有模板的造型室，所造砂型尺寸精度高，因砂箱两面都有型腔，生产率很高，但下芯比较困难，对型砂质量要求严。水平分型脱箱射压造型机利用砂箱进行造型，砂型造好后合型脱箱，下芯比较方便，生产率高。
抛砂机 利用旋转叶片抛出砂团紧定砂型。抛砂机的特点是填砂与紧实同时进行，机器结构简单、重量轻，适应性强。但叶片易磨损，生产率较低。
6.现代已出现一些低噪声、低粉尘、低能耗、造型精度高的造型机，如真空造型机、静压造型机、气体冲击造型机等。气体冲击造型机利用压缩气体迅速释放的能量产生瞬时压力，冲击砂箱中松散型砂来紧实砂型，砂型紧实度高而均匀。这种造型机噪声低、能耗也低。 The injection molding machine uses compressed air to inject molding sand evenly into the sand box to pre-compact, and then apply pressure to compact. There are usually vertical parting and no box ejection press and horizontal parting and ejection press molding machine. Vertical parting box-less injection molding machine does not use sand box, molding sand is directly injected into the molding room with a template, the sand mold size precision is high, because the sand box has cavity on both sides, productivity is high, but the core is more difficult, the quality of molding sand strict requirements. Horizontal parting box ejecting and pressing molding machine uses sand box for molding. After the sand mold is made, the box is removed. The core is easy to be lowered and the productivity is high. The sand thrower uses the rotating blade to throw the sand group compact sand type. The sand thrower is characterized by sand filling and compaction. The machine has simple structure, light weight and strong adaptability. But the blades are easy to wear and the productivity is low. 6. There are some modelling machines with low noise, low dust, low energy consumption and high molding accuracy, such as vacuum moulding machine, static pressure moulding machine, gas impact moulding machine and so on. The gas impact molding machine uses the energy released by compressed gas to produce instantaneous pressure, and impacts loose molding sand in the sand box to compact the sand mold. The sand mold has high and uniform compactness. The molding machine has low noise and low energy consumption |
| 上一页 没有了 |
| 下一页 垂直极化基本内容 |
Copyright © 技术支持：遨游网络