陶瓷鲍尔环填料是一种高径相等的开孔环型填料，鲍尔环每层窗孔有5个舌叶，每个舌叶内弯指向环心，上下两层窗孔的位置相反错开，一般开孔面积约占环壁总面积的30%左右。

Ceramic Bauer ring filler is a kind of high diameter equal diameter open hole ring filler, Bauer ring each layer of window holes have 5 tongue leaves, each tongue leaf curved inward to the ring center, the position of the upper and lower two layers of window holes is oppositely staggered, the general opening area accounts for about 30% of the total area of the ring wall.

陶瓷鲍尔环填料是一种新型填料,是针对拉西环的一些主要缺点加以改进而出现的，是在普通拉西环的壁上开八层长方形小窗，小窗叶片在环中心相搭，上下面层窗位置相互交搭而成。

Ceramic Bauer ring filler is a new type of filler, which is improved for some of the main shortcomings of the Lassi ring, which is to open eight layers of rectangular small windows on the wall of the ordinary Lassie ring, and the small window blades are matched in the center of the ring, and the upper and lower window positions intersect with each other.

陶瓷鲍尔环与拉西环填料的主要区别是在于在侧壁上开有长方形窗孔，窗孔的窗叶弯入环心，由于环壁开孔使得气、液体的分布性能较拉西环得到较大的改善，尤其是环的内表面积能够得以充分利用。

The main difference between it and the Lassie ring packing is that there are rectangular window holes on the side wall, and the window blade of the window hole is bent into the ring center, because the distribution performance of gas and liquid is greatly improved compared with the Lassi ring, especially the inner surface area of the ring can be fully utilized.

鲍尔环这种结构改善了汽液分布，利用了环的内表面，从而使得填料塔内的气体和液体能够从窗体自由通过。

The structure of the Bauer ring improves the vapor-liquid distribution, utilizing the inner surface of the ring, so that the gases and liquids inside the packing tower can pass freely from the form.

三、适用范围（Scope of application）

适用于二氧化碳脱气塔、臭氧接触反应塔等作为接触填料及其它反应塔。

Suitable for carbon dioxide deaeration tower, ozone contact reaction tower, etc. as contact packing and other reaction towers.

鲍尔环填料具有通量大、阻力小、分离效率高及操作弹性大等优点，在相同的降压下,处理量可较拉西环大50%以上。

Bauer ring packing has the advantages of large flux, small resistance, high separation efficiency and large operating elasticity, and under the same pressure reduction, the processing capacity can be more than 50% larger than that of Rassy ring. At the same throughput, the pressure reduction can be reduced by half, and the mass transfer efficiency can be increased by about 20%.