Hakaiden packing, also known as plastic eco-friendly balls or twin planet packing, also called tri pack, is widely used in gas purification devices, especially in processes such as gas absorption and exhaust gas purification, playing an important role. This filler has a unique structure and design, which makes it play a crucial role in gas absorption devices.

The hollow spherical structure and internal grille design of Hakaiden packing significantly increase the gas-liquid contact area. This design allows the gas to fully contact the absorbent (liquid) when passing through the packing layer, thereby improving mass transfer efficiency. The target components in the gas can dissolve and diffuse more quickly into the absorbent, achieving efficient separation and purification.

The structural design of the packing helps to achieve uniform distribution of liquid in the packing layer. This uniform distribution not only makes the contact between gas and absorbent more sufficient, but also avoids the formation of local supersaturation or barren areas. A uniformly distributed liquid helps to improve the utilization rate of absorbents, reduce the amount and circulation rate of absorbents.

The special design of Hakaiden packing can effectively reduce pressure drop during the process of gas passing through the packing layer. Due to the support effect of the grid and other structures, the compaction degree of the packing is reduced, thereby reducing the resistance of gas flow passing through. A lower pressure drop helps reduce energy consumption and equipment burden, and improve the overall efficiency of the equipment.

There are various materials to choose from for Hakaiden fillers, such as polypropylene (PP), polyethylene terephthalate (PVC), vaporized polyethylene terephthalate (CPVC), etc. These materials have different physical and chemical properties and are suitable for different working environments and processing media. For example, Harden fillers made of CPVC material have high heat resistance and chemical stability, making them particularly suitable for handling corrosive gases and liquids.

In summary, Hakaiden packing plays a crucial role in gas absorption devices. Through its unique structure and material advantages, it improves mass transfer efficiency, reduces energy consumption and maintenance costs, ensuring the stable operation of the equipment.