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Plastic Tower Packing

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Brief

Plastic Tower Packing: 1) Made of PE, PP, PVC, PVDF, CPVC 2) Types: Pall ring, Intalox saddles, Super intalox, Heilex ring, Conjugate ring, HOM ring, Tellier rosetter ring, Hollow ball etc. .

Detail Description

1.Product Description

Plastic Tower Packing is made of those heat resistant and chemical corrosion resistant plastics, including, PP, PVC, CPVC and PVDF. It has features such as high void ratio, low pressure drop, low mass-transfer unit height, high flooding point, uniform gas-liquid contact, small specific gravity, high mass transfer efficiency and so on, and the operating temperature in media ranges from 60℃ to 150℃. For these reasons it is widely used in the packing towers in petroleum industry, chemical industry, alkali-Chloride industry, coal gas industry and environmental protection, etc.

Type: pall ring, heilex ring , cascade mini ring,conjugate ring,VSP ring,intalox saddles,super ring,rasching ring,teller rosetter , polyhedral hollow ball etc.

2.Physical Properties

Material Item	PE	PP	RPP	PVC	CPVC	PVDF
Density,ｇ/cm³	0.94~0.96	0.89~0.91	0.92~0.94	1.32~1.44	1.50~1.54	1.75~1.78
Operation temperature,℃	≤90	≤100	≤120	≤60	≤90	≤150
Chemicalresistance	corrosion-resistant
Crushingstrength,N/mm	≥6.0	≥6.5	≥7.0	≥6.0	≥8.0	≥10.0

3.Characteristic Indexes

Pall ring

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ25	25×25×1.2	213	91	85	48300	285
Φ38	38×38×1.4	151	91	82	15800	200
Φ50	50×50×1.5	100	92	60	6300	130
Φ76	76×76×2.6	72	92	62	1930	92

Intalox saddles

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ25	25×13×1.2	288	85	102	97680	467
Φ38	38×19×1.2	265	95	91	25200	309
Φ50	50×25×1.5	250	96	75	9400	282
Φ76	76×38×3.0	200	97	59	3700	220

Super intalox

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ38	38×19×1.2	178	96	75	25200	201
Φ50	50×25×1.5	168	97	68	9400	184
Φ76	76×38×3.0	130	98	52	3700	138

Cascade ring

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ25	25×13×1.2	228	90	98	81500	313
Φ38	38×19×1.4	133	93	58	27200	176
Φ50	50×25×1.5	114	94	55	10740	143
Φ76	76×37×3.0	90	93	68	3420	112

Heilex ring

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ50	50×50×1.5	107	94	61	8200	128
Φ76	76×76×1.8	75	95	56	3180	87
Φ100	100×100×2.0	55	96	48	1850	62

Conjugate ring

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ25-1	25×25×1.0	185	95	96	74000	216
Φ38-1	40×34×1.5	130	93	61	18650	162
Φ38-2	37×37×1.5	142	91	80	16320	188
Φ50-2	50×40×1.5	104	80	66	9500	164

HOM ring

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ38	38×12×1.2	145	92	70	46000	186
Φ50	50×17×1.5	128	93	67	21500	159
Φ76	76×26×2.5	116	93	58	6500	144

Tellier rosetter ring

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ25	25×9×(1.5×2)	269	82	128	175000	488
Φ47	47×19×(3×3)	185	88	111	32500	271
Φ51	51×19×(3×3)	180	89	103	25000	255
Φ759	59×19×(3×3)	150	92	102	17500	213
Φ73	73×28×(3×4)	127	89	102	8000	180
Φ95	95×37×(3×6)	94	90	88	3600	129
Φ145	145×48×(3×6)	65	95	47	1100	76

Hollow ball

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ25	Φ25×1.0	200	42	125	41500	2700
Φ38	Φ38×1.2	150	42	121	22000	2025
Φ50	Φ50×1.5	120	42	73	10480	1620

Polyhedral ball

Narmial size	Diameter×Height×Thickness	surface area m²/m³	Void space %	Bulk density Kg/m³	No.elements per/m³	Packing factor m^-1
Φ25	Φ25×1.0	460	90	96	65100	631
Φ38	Φ38×1.2	325	91	83	28500	355
Φ50	Φ50×1.5	236	91	76	11500	313

Cage ball

Narmial size

Diameter×Height×Thickness

surface area

m²/m³

Void space

Bulk density

Kg/m³

No.elements per/m³

Packing factor m^-1

Φ38

Φ38×1.2

110

22000

141

Φ50

Φ50×1.5

10480

112

Covering ball

Narmial size

Diameter×Height×Thickness

surface area

Void space

Bulk density

Kg/m³

No.elements per/m³

Packing factor m^-1

Φ40-1

Φ40×1.2

9.5

118

710

Φ40-2

Φ40×1.2

9.3

110

660

The bulk density given here is based on PP material.

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