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Ceramic corrugated packing, Y-Type: 125,160,250,350,400,450,500,700, X-Type:100,125,160,250,350,400,450,470,500,550,700 - details see: https://www.machineto.com/ceramic-corrugated-packing-100x-125x-160x-250x-350x-400x-470x-500x-700x-10281745

Ceramic corrugated packing is applied to the drying tower, absorbing tower, cooling tower, desulphurization towers, rectifying tower, washing tower, coal gas scrubbing tower, coking scrubbing benzene tower, scrubbing NH3 tower, ammonia washing tower,naphthalene washing tower, fertilizer saturation-heat water column and scrubbing tower, fertilizer heat gas saturation tower and regenerative tower.

Ceramic corrugated packing consists of many packing units of similar geometric design. Corrugated sheets placed in parallel form cylindrical units called corrugated tower packing. These are a form of highly efficient packing with separating efficiency several times higher than that of loose packing. They have the quality of low-pressure drop, increased operating elasticity, minimum amplifying effect, and maximum liquid treatment compared to loose tower packing.

1. Application of ceramic corrugated packing:

(1). Rectify absorption of corrosion mixture which has certain requirement of pressure drop and number of theoretical plate.

(2). Vacuum operation with the absolute pressure is above 100 Pa.

(3). Rectify of halide organic compound.

(4). Used as heat exchanger, mist eliminator or catalyst carrier and so on.

(5). Be applied to the reconstruction of large-scale tower because it reduces the carrying capacity.

2. Chemical compositionof ceramic corrugated packing:

Item	Value	Item	Value
SiO2	≥72%	Al2O3	≥23%
Fe2O3	≤0.5%	MgO	≤1.0%
CaO	≤1.0%	Other	2%

3. Physical propertyof ceramic corrugated packing:

Heat resistance(°C)	Water absorption(%)	Acid resistance(%)	Alkali resistance(%)	Crush Strength(Mpa)	Hardness (Mohs)
1400	≤0.5	≥99.5	≥92	≥130	≥7

4. Technical data of ceramic corrugated packing:

Type	Specific surface area(m2/m3)	Void volume(m3/m3)	Hydraulic Diameter (mm)	Liquid Load (m3/m2.h)	The biggest F factor(m/s(kg/m3)0.5)	Pressure Drop (mmHg/m)	Theoretical Plate(1/m)	Heaping Density (kg/m3)	Obliquity	Wave Crest Height (mm)
100X	100	92	30	0.2-100	3.5	1.5	1	280	30°	30
125Y	125	90	28	0.2-100	3.0	1.5	1.8	320	45°	23
125X	125	90	28	0.2-100	3.2	1.8	1.5	300	30°	23
150Y	150	85	15	0.2-100	2.8	1.8	2	370	45°	17
150X	150	85	15	0.2-100	3.0	2	1.8	350	30°	17
250Y	250	80	12	0.2-100	2.6	2	2.5	420	45°	13
250X	250	80	12	0.2-100	2.8	2.5	2.3	400	30°	13
350Y	350	78	10	0.2-100	2.5	2.5	2.8	470	45°	9
350X	350	78	10	0.2-100	2.6	3	2.5	450	30°	9
400Y	400	75	8	0.2-100	2.0	3	3	500	45°	7.5
400X	400	75	8	0.2-100	2.2	4	2.8	480	30°	7.5
450Y	450	72	7	0.2-100	1.8	4	4	520	45°	6
450X	450	72	7	0.2-100	2.0	4.5	3-4	500	30°	6
470X	470	75	7	0.2-100	1.8	5	5	540	30°	7
550X	550	74	6	0.18-100	1.3	5.5	6	620	30°	10
700X	700	72	5	0.15-100	1.4	6	5	650	30°	8

Remarks: X, Y respectively represent wave angle 30 °, 45 °, and the Arabic numerals refer to the specific surface.