Plastic Blue Tech Filler

Polypropylene ball Parker filler, also known asPlastic BlueTechfillerBlue Parker filling, English name isQ-PAC， Because it is mainly used in the defogging layer, it is also known as defogging filler. Among all polypropylene materials, experiments have shown that PPH material has excellent chemical resistance. This material has undergone beta modification and has a uniform and delicate Beta crystal structure, which not only has excellent chemical resistance, * * * resistance, and good creep resistance, but also has * * impact resistance at low temperatures. The performance characteristics of β (Beta) - PP-H also include excellent corrosion resistance, particularly outstanding long-term creep resistance and stress cracking resistance

PPH polypropylene ball ParkerPlastic Blue Tech FillerThree combination and one defogging layer packing, also known as combination packing, LAN-PAC, Q-PAC packing, etc., has anti-corrosion working temperature up to 110 ℃, * * * performance, and light weight. It is a type of * * * * tower packing, with the appearance of Blue Parker packing being a regular octagon in cross-section, consisting of three layers of regular octagonal sections. The upper and lower layers are flat at one end and have multiple columnar protrusions at the other end. At the intersection of the regular octagons, nine conical columns are pressed with molds for support, and there are multiple columnar protrusions on both sides of the middle layer. After assembly, the specification is 95 * 82.5. This three in one packing material can not only meet the reaction between gas and alkali solution well, but also reduce wind resistance and electricity consumption. PPH ball Parker filler is processed from PPH polypropylene raw material, which can be ******* flexible, and can also produce various materials according to customer requirements for new mold opening.

1. PAC and Q-PAC fillers have * * drop point design, greatly improving the equivalent gas/liquid contact surface

2. Mass transfer * * * requires a low height for installing packing while achieving the same efficiency

3. Can allow for higher empty tower flow rate design, with smaller equipment tower diameter and footprint

4. The tower diameter used for packing is small, and the demister layer is relatively reduced, requiring low equipment investment

5. The filling material has high porosity, reduced pressure, and low energy consumption of the fan

6. The use of ball pack packing can design a low circulating water volume and reduce the energy consumption of the water pump

Due to its smooth exterior structure and high porosity, it has excellent anti scaling and anti blocking properties

8. After operation, the fillers will not overlap with each other on site, which will not reduce efficiency or generate short flow

9. The packing is suitable for applications with general liquid flow rates, such as washing towers and gas stripping towers.

When expanding and renovating an old tower, only replacing the tower packing can increase the waste gas treatment capacity by 20-30%.