Spherical in shape, made of polypropylene (PVC) plastic, each sphere is formed by two hemispheres. Each hemisphere features 12 semi-lobed vanes, with the vanes of the two hemispheres staggered. This packing has a large specific surface area and high porosity. However, due to the excessive number of vanes and their shielding effect, it hinders liquid distribution and wetting. Most of the liquid accumulates in the hollow column of the sphere, obstructing gas flow and resulting in high resistance. This type of packing is commonly used in water treatment projects, primarily in cooling towers and purification towers for removing oxygen, carbon dioxide, and other gases. The appearance is spherical with various sizes, typically with 12 petals on one hemisphere.

Performance: High gas velocity, numerous blades, low resistance; large specific surface area, enabling full gas-liquid exchange; boasts advantages such as low resistance and high operational flexibility.

Features:

1. High air velocity, numerous blades, low resistance;

2. Larger specific surface area, enabling thorough gas-liquid exchange.

3. The multifaceted hollow sphere features large production capacity, low resistance, and high operational flexibility.

4. Lightweight, high-strength, spacious free space, heat-resistant, corrosion-resistant, hydrophilic surface properties, low aerodynamic resistance, low energy consumption, large specific surface area, and adaptable to various solvent treatments.

Main Applications: Widely used in oxygen removal, carbon dioxide absorption towers, waste gas purification towers, acid mist purification towers, and other environmental protection equipment.