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Plastic Tri-Pack

Features of plastic tri-pack

• High mass transfer efficiency.

• Evenly gas and liquid distribution.

• High surface area.

• Extremely low pressure drop.

• Temperature and chemical resistance.

45 PP random pring (2).jpg

360° shows of plastic tri-pack for comprehensive understanding.

Plastic tri-pack is a type of random tower packing, which has hollow, spherical structure. Plastic tri-pack has a symmetrical geometry, which is made from a unique network of ribs, struts and drip rods. It is made of injection molded plastic, including PP, PE, PVC, PVDF and other materials. The most widely used diameter of plastic tri-pack is 1″, 1-1/4″, 3″ and 3-1/2″.

Available materials

Polypropylene (PP).

Polyethylene (PE).

Polyvinyl chloride (PVC).

Chlorinate polyvinyl chloride (CPVC).

Polyvinylidene Fluoride (PVDF).

Reinforced Polypropylene (RPP).

 

2.jpg

Sectional view of plastic tri-pack.

 

48 PP random pring (2).jpg

Side view of plastic tri-pack.

 

Plastic tri-pack has a hollow spherical structure with several ribs and struts.

 Plastic tri-pack can be customized into any size according to customers’ requirements.

 

 

Item

Size
(mm)

Surface Area
(m2/m3)

Voidage

Bulk Number
(n/m3)

Bulk Density
(kg/m3)

Dry Packing Factor
(m-1)

PTPR-01

25

85

90%

77000

81

28

PTPR-02

32

70

92%

25000

70

25

PTPR-03

50

48

93%

10500

62

16

PTPR-04

95

38

95%

1800

45

12

 

 

Table 2: Physical & Chemical Properties of Different Materials of Plastic Tri-Pack

Material/Performance

Density
(After Injection Molding)
(g/cm3)

Operation Temperature
(°C)

Chemical Corrosion Resistance

Compression Strength
(MPa)

PE

0.98

90

good

>6.0

PP

0.96

>100

good

>6.0

RPP

1.2

>120

good

>6.0

PVC

1.7

>60

good

>6.0

CPVC

1.8

>90

good

>6.0

PVDF

1.8

>150

good

>6.0

Applications of plastic tri-pack

• Gas absorption and purification.

• Gas & liquid separation.

• Liquid extraction.

• Water treatment.

• Biological filtration.

 

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