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Multifaceted hollow ball packing
Multifaceted hollow ball packing

Multifaceted hollow ball packing

Multifaceted hollow ball packing is a type of plastic tower packing used in water treatment and gas-liquid contact processes to improve mass transfer efficiency and mixing performance. It is widely applied in industrial and municipal water treatment systems for aeration, biofilm support, and wastewater purification processes. The structure of multifaceted hollow ball packing features multiple open surfaces, which increases contact area between air and water. This design enhances oxygen transfer and supports stable biological reactions in treatment tanks, helping improve overall water quality. In engineering applications, this packing is commonly installed in biological reactors, trickling filters, and aeration systems. It is also used in wastewater treatment facilities where efficient gas-liquid interaction is required for stable operation. Manufactured from durable plastic materials, multifaceted hollow ball packing offers corrosion resistance and long service life in harsh wastewater environments. Its lightweight structure allows easy installation and low maintenance requirements. Overall, multifaceted hollow ball packing provides an effective solution for improving aeration and biological treatment efficiency in water and wastewater treatment processes.
High water permeability, high retention rate, good strength and toughness, high cost performance.
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Multifaceted hollow ball packing
Structure



The multifaceted hollow ball packing is made of polypropylene (PP) plastic in a spherical shape, consisting of two hemispheres that form a sphere. Each hemisphere has 12 semi-circular blades, and the blades of the two hemispheres are staggered. The middle part of the multifaceted hollow ball has a reinforcing ring along the entire circumference, and the upper and lower ball petals are interlaced, arranged radially along the central axis.





Features
The multifaceted hollow ball packing has a high gas velocity, many blades, and low resistance; it has a large specific surface area and porosity, which effectively solves gas-liquid exchange; it has advantages such as low resistance and high operational flexibility.



1. High gas velocity, many blades, low resistance;



2. Large specific surface area, which can fully solve gas-liquid exchange;



3. The multifaceted hollow ball has characteristics such as high production capacity, low resistance, and high operational flexibility.



4. Lightweight, high strength, large free space, high temperature resistance, corrosion resistance, good hydrophilicity, low wind resistance, low energy consumption, large specific surface area, and suitable for various solvent treatment devices.





Spherical suspended packing
Overview



Spherical suspended packing, also known as porous rotating spherical suspended packing, is a new series of products developed among various packing materials used in domestic wastewater treatment and biological film treatment technology. It has a fully three-dimensional structure, a large specific surface area, can be directly placed without fixation, is easy to form a biofilm, and does not clog.





Features



Spherical suspended packing is a new product developed based on many wastewater treatment packing materials. It mainly serves as a carrier for biofilms while also retaining suspended solids. It has advantages such as strong biological adhesion, large specific surface area, high porosity, good chemical and biological stability, durability, no leaching of harmful substances, no secondary pollution, UV resistance, aging resistance, and strong hydrophilicity.



The inner core has five types: melon slice type, combination type, elastic packing, snake skin wire, and sponge.







MBBR packing
Overview



MBBR packing is a microbial carrier used in the MBBR process, mainly providing a suitable environment for microbial growth. The Chinese name is moving bed biofilm reactor packing, and the foreign name is Moving Bed Biofilm Reactor media.





Features



MBBR packing is a new type of biologically active carrier. It uses a scientific formula, integrating various trace elements beneficial for the rapid attachment and growth of microorganisms into polymer materials according to the nature of the wastewater. It is modified and constructed through special processes, possessing advantages such as large specific surface area, good hydrophilicity, high biological activity, fast biofilm formation, good treatment effect, and long service life.