Plastic Taylor garland packing was developed by a.j.teller in 1954, so it is often called Taylor garland. This kind of packing is made up of many rings. Due to the high liquid holding capacity in the gap of the packing, the liquid staying time in the tower is longer, which increases the contact time of gas-liquid phase and improves the mass transfer efficiency of the packing. Polypropylene packing has the characteristics of large void ratio, low pressure drop and mass transfer unit height, high flooding point, sufficient vapor-liquid contact, small specific gravity, high mass transfer efficiency, and is mostly used in gas washing and purification tower.

     ● the packing has the advantages of large void ratio, not easy to be blocked, large flux, small resistance, etc. the garland packing, also known as plum garland packing, is made up of many rings. Because of the high liquid holding capacity at the gap of the packing and the high liquid holding capacity at the gap of the packing, the liquid retention time in the tower is longer, thus increasing the contact time of gas and liquid, and improving the filling Mass transfer efficiency of material. Polypropylene packing has the characteristics of large void ratio, low pressure drop and mass transfer unit height, high flooding point, sufficient vapor-liquid contact, small specific gravity, high mass transfer efficiency, and is mostly used in gas washing and purification tower.


    The plastic Taylor garland has longer service life and better chemical corrosion resistance than polypropylene garland, and its mechanical properties, creep resistance and dimensional stability are improved. The temperature resistance of the product is 127 ℃, and the thermal deformation temperature is 160 ℃. With high strength, chemical corrosion resistance, good electrical insulation, impact resistance and many other aspects of excellent performance, and good toughness.