Plastic PP Polyhedral Hollow Ball For Sewage Treatment

Product Overview

Description

Plastic PP Polyhedral Hollow Ball For Sewage Treatment

 

Plastic Polyhedral hollow ball is composed of two hemispheres which will form into a ball,and each hemisphere consists of a number of half fan-shaped leaves, the upper and lower leaves in a staggered arrangement.  Aso called multi-aspect hollow ball or polyhedral hollow ball packing, is a new type of high efficient random packing.

 

This Ball's advantage is very easy to stack fully in packing layer, but never cause bridging & hole effect phenomenon. Therefore, it is promote gas & liquid evenly distribution. However, owing to Plastic operation temperature's limit, it can be used in sewage treatment, desulfurization of CO2 in power plant, desulfuration and purified water tower packing

 

 

Size	Surface Area	Void Rate	Packing Number	Packing Density	Drying Packing Factor
mm	m2/m3	%	piece/m3	kg/m3	m-1
25	460	90	64000	64	776
38	325	91	25000	72.5	494
50	237	91	11500	51	324
76	214	92	3000	75	193
100	330	92	1500	56	155

• Materials: PE (polyethylene), PP (polypropylene), RPP (reinforced polypropylene), PVC (polyvinyl chloride), CPVC (chlorinated polyvinyl chloride) and PVDF (polyvinylidene fluoride).
• Package: plastic bags, cartons.

Plastic Polyhedral Hollow Ball Characteristics

 

              ♦ High voidage, large flux

              ♦ Low pressure drop

            ♦ Low Mass-transfer unit height

              ♦ Uniform distribution of gas and liquid

            ♦ Small wind and flowing resistance

            ♦ Good hydrophilic surface

            ♦ High mass transfer performance

 

Plastic Polyhedral Hollow Ball  Applications

         » Used in sewage treatment.

                 » Desulfuration of CO2 in power plant.

                 »  Desulfuration and water purification tower packing.

                 » Crude oil distillation.

                 » Vacuum distillation.

                 » Extraction distillation

               » lefin separation.

                 » Isomer separation.