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Aluminum alloy polishing liquid series

Aluminum mirror polishing liquid

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  • product description
  • Specifications

不锈钢抛光液具有效率高、效果稳定等特点;专门针对铝合金材质镜面抛光工序(如1000系列工业纯铝、2000系列Al-Cu,Al-Cu-Mn合金、 3000系列Al-Mn合金、4000系列Al- Si合金、5000系列Al-Si合金、6000系列Al-Si合金、7000系列Al-Mg-Si-Cu合金、8000系列型号),并根据材料型号的不同配套有相应的不锈钢抛光液。 Aluminum alloy mirror polishing liquid: stainless steel polishing liquid has the characteristics of high efficiency and stable effect; it is specially targeted at the aluminum alloy material mirror polishing process (such as 1000 series industrial pure aluminum, 2000 series Al-Cu, Al-Cu-Mn alloy, 3000 series Al -Mn alloy, 4000 series Al-Si alloy, 5000 series Al-Si alloy, 6000 series Al-Si alloy, 7000 series Al-Mg-Si-Cu alloy, 8000 series model), and corresponding matching according to different material models Stainless steel polishing fluid. Achieve high standards of parallelism and perfect mirror effect after operation.

抛光粉、水、酸、无机盐、其他。 Components of aluminum alloy mirror polishing liquid: polishing powder, water, acid, inorganic salt, others. Suitable for mirror polishing of aluminum alloy and other workpieces. ) (For details, please contact Hyde 0755-89813868 )


(Figure 1: Partially added reagents)

(Figure 2: Polishing powder)

In general, to achieve the mirror effect of the workpiece, basically all go through three processes of rough polishing, fine polishing and polishing. If the workpiece itself has a certain accuracy, the rough polishing process can be omitted.

去除毛坯的大部分余量,最后所达到的效果要保持到大致的几何形状与粗糙度。 Rough polishing: Remove most of the margin of the blank, and the final effect should be maintained to the approximate geometry and roughness.

粗抛完成后的下一个工序就是精抛,结果是能够保持最精确的几何形状以及精细的裂纹深度。 Fine polishing: The next step after rough polishing is fine polishing. As a result, the most accurate geometry and fine crack depth can be maintained.

工件通过了粗抛、精抛工艺后,进入抛光工序;也是最终实现光学表面层实现的最后一个部分,前提下前两者必须要为最后一步抛光做好准备,使得在整个抛光过程当中,尽量去除粗抛与精抛所留下的破环层,实现光学表面最理想镜面效果。 Polishing: After the workpiece has passed the rough and fine polishing processes, it enters the polishing process; it is also the last part of the final realization of the optical surface layer. Under the premise, the first two must be prepared for the final polishing step, so that during the entire polishing process As far as possible, remove the broken ring layer left by the rough and fine polishing to achieve the most ideal mirror effect on the optical surface.

Because the three processes are different, the polishing liquid used is also different.

1. Consumables for rough polishing selection: rough polishing liquid, rough grinding disc (cast iron disc). Among the components of these two consumables, the material of the main component is slightly thicker, requiring higher hardness and greater granularity, so as to have better cutting force.

2. The consumables selected for fine polishing are: fine polishing liquid, fine grinding disc (tin plate). These two types of consumables are relatively more demanding and require finer materials and very small particles to produce raw materials.

3. The consumables for polishing selection are: polishing liquid, polishing disc (copper disc). This consumable has the highest requirements and has very strict standards for fineness. Liquids are generally configured using nano-sized granular raw materials. It is also usually forged with micron-sized metal particles.

   Choose Hyde to guarantee polishing effect

Generally speaking, the polishing liquid is configured according to the material of the customer's workpiece and the effect to be achieved. Before delivery, Hyde engineers will work according to the sample provided by the customer. In addition to the customer's polishing requirements, high yield, high efficiency, and low cost principles must be achieved. After delivery, provide detailed usage methods, and have engineers come to guide to ensure the polishing effect. ) (Please consult Hyde for details: 0755-89813868 )