Structured Packing for tower packing

FOB Reference Price:Get Latest Price
US $20-1,000 / Cubic Meter | 1 Cubic Meter/Cubic Meters (Min. Order)
Supply Ability:
999 Cubic Meter/Cubic Meters per Month
Port:
Shanghai for tower packing and internals
Report Suspicious Activity
Overview
Quick Details
Place of Origin:
Jiangsu, China (Mainland)
Brand Name:
structured oacking
Model Number:
CY,BX,250Y,350Y,300Y,500Y,700Y,125X,200X,250X,350X,500X
Material:
Metal, Plastic, Ceramic,etc for tower packing.
Packaging & Delivery
Packaging Details
Wooden Case for tower packing and internals
Delivery Time
According to the quantity for tower packing and internals

Specifications

* Large specific surface, high void ratio and light weight.
* Small gas path obliquity regular, low pressure drop.

 

·Perforated Plate Corrugated Packing

 

Type

Obliquity

Peak Height

Specific Surface Area

Voidage

degree

mm

m2/m3

%

SM125Y

45

24

125

98.5

SM250Y

45

12

250

97

SM350Y

45

8

350

95

SM450Y

45

6.5

450

93

 

·Perform Corrugated Packing

 

Type

Obliquity

Peak Height

Specific Surface Area

Voidage

degree

mm

m2/m3

%

SW-1

45

4.5

643

91.6

SW-2

30

6.5

450

95.5

 

·Corrugated Wire Gauze Packing

 

Type

Obliquity

Peak Height

Specific Surface Area

Voidage

degree

mm

m2/m3

%

BX500

30

6.3

500

90

CY700

45

4.3

700

85

DY1000

 

Insert

1000

75

 

 

· Plastic Wire Gauze Packing

 

Type

Obliquity

Peak Height

Specific Surface Area

Voidage

degree

mm

m2/m3

%

500

30

6.3

500

85

624

45

4.5

624

96

 

 

· Plastic Perforated Plate Corrugated Packing

 

Type

Specific Surface Area

Voidage

m2/m3

%

SM-125Y

125

98.5

SM-250Y

250

97

SM-350Y

350

95

SM-450Y

450

93

SM-500Y

500

92

 

 

    · Ceramic Corrugated-plate Packing

 

Type (mm)

Voidage

Piece Thickness

Heaping Density

(%)

(mm)

(kg/m3)

100Y

87.5

2.5±0.5

300

125Y

85

2.5±0.5

370

160Y

84

2.2±0.2

384

250Y

82

1.4±0.2

450

350Y

80

1.2±0.2

490

450Y

76

1±0.2

552

550Y(X)

74

0.8±0.2

620

770Y(X)

72

0.8±0.2

650