PP Taylor garland filler is a common filler designed to improve gas-liquid contact efficiency and optimize fluid distribution, and is widely used in industrial processes such as gas separation, liquid separation, and chemical reactions. The base structure of PP Taylor wreath is a ring-shaped, similar in shape to a wreath, and the outer part of the ring is designed with more protrusions and grooves to form a petal-like structure. The design of the Taylor wreath includes multiple radial petals or fins, which increase the surface area of the filler and the point of contact between gas and liquid, effectively improving the efficiency of mass transfer. The design of the filler contains many openings and pores that allow gases and liquids to flow freely in the filler. This design reduces flow resistance and improves fluid distribution. The uniform wall thickness of each ring not only enhances the mechanical strength of the packing, but also maintains the structural stability of the packing and prevents deformation in high flow rate environments.

PP Taylor Ring
The structure of the Taylor rosette has a high porosity, which allows gases and liquids to have enough space to flow in the filler, which improves gas-liquid mass transfer efficiency and reduces pressure drop. Taylor garlands are usually made of polypropylene (PP) material, which has good corrosion resistance and is able to adapt to a variety of acids, alkalis, and other corrosive media. Due to the polypropylene material, the Taylor garland packing is relatively lightweight, making it easy to transport and install, while reducing the burden on the tower body. The design of the filler optimizes the flow path of gases and liquids, effectively prevents the dead zone of the liquid and the uneven distribution of gases, and ensures the efficient performance of the filler.

PP Taylor Ring
PP Taylor garlands are used in chemical reactors, separation towers, absorption towers and other devices to improve the efficiency of gas-liquid contact and optimize the chemical reaction process. PP Taylor garlands are used in separation and reaction units in petroleum refining, catalytic cracking, etc., to improve production efficiency and product quality. PP Taylor garland is used in environmental protection devices such as wastewater treatment and waste gas purification to remove pollutants in wastewater or harmful substances in gases, which meet environmental protection standards.
Technical Parameter
Specification(mm) | High(mm) | support thickness | Number of supports | Number of theoretical plates(n/m3) | Surface area(m2/m3) | Free volume(%) |
φ25 | 9 | 1.5*2 | 5 | 170000 | 195 | 82 |
φ47 | 19 | 3*3 | 9 | 32500 | 185 | 88 |
φ51 | 19 | 3*3 | 9 | 25000 | 180 | 98 |
φ59 | 19 | 3*3 | 12 | 17500 | 150 | 92 |
φ73 | 27 | 3*4 | 12 | 8000 | 127 | 98 |
φ95 | 37 | 3*6 | 12 | 3900 | 94 | 90 |
φ100 | 37 | 3*6 | 12 | 3300 | 78 | 93 |
φ145 | 48 | 3*6 | 20 | 1100 | 65 | 95 |
Packaging & Shipping
Package : | Carton box、 Jumbo bag、wooden case | |||||
Container | 20GP | 40GP | 40HQ | Normal Order | Minimum Order | Sample Order |
Quantity | 25CBM | 54CBM | 68CBM | <25 CBM | 1 CBM | < 5 pcs |
Delivery Time | 7 days | 14 days | 20 days | 7 Days | 3 days | Stock |
Comments: | Customized making is allowed. | |||||