Chemshun Alumina Honeycomb Blocks Filter Element for Flue Gas Dedusting

• Customization: Available
• Application: Heater
• Principle: Regenerative Heat Exchanger
• Model NO.: Chemshun Ceramics
• Style: Plate
• Material: Alumina Ceramic
• Item: Ceramic Honeycomb for Rto/Rco/Htac
• Materials: Cordierite, Porcelain, Mulite
• Shape: Rectangular, Cylindrial, Square
• Performance: High Wear Resistant, Corrossion Resistan
• Application Field: Rto, Rco, Htac, Heat Transfer
• OEM: Accept
• Structure Material: Ceramic
• Core: Aluminum Heat Exchanger
• Type: Ceramic Heating Equipment
• Ceramic Heating Equipment Type: Ceramic Heater
• Mixing Heat Exchanger Type: Jetheat Exchanger
• Heat Transfer Surface: Tubular Heat Exchanger
• Recuperative Heat Exchanger Type: Block
• Transport Package: Wooden Case.
• Specification: 150x150x300mm (25x25, 40x40, 60x60 cell) 100x100
• Trademark: Chemshun Cearmics
• Origin: China
• HS Code: 690919
• Production Capacity: 2000m3/Month

Product Description

Chemshun Alumina Honeycomb Blocks Filter Element for Flue Gas Dedusting

Product Description:
The filter element is designed with wall-flow structure. The whole filter element has a series of regular parallel channels. The inlet and outlet of all channels are staggered sealed.

Product characters:
1.Suitable for high temperature flue gas dedusting at 400-900ºC;
2.Adopt staggered stereo filtration mechanism, with ultra-high filtration area, specific surface area > 300m²/m;
3.High loading density makes the equipment design of this product simple and small;
4.Asymmetric membrane structure, narrow aperture distribution, high filtration accuracy, not easy to produce blockage;
5.Strong thermal shock resistance, high apparent porosity and high strength;
6.Ultra-thin filter path, filter wall thickness ≤1.2mm, low pressure loss, low energy consumption;
7.Continuous filtration and regeneration can be realized.

Application:
High temperature flue gas dedusting ceramic filter element

Geometric properties:

Size (mm)	Cells	aperture (mm)	Density (g/cm^3)	Filter area (m^2/PC)	Apparent porosity	Longitudinal compressive strength (Mpa)	filter aperture(um)	Filter air volume (m^3/m^2.h)	velocity of filtering (m/min)	Capture rate (PM2.5)	coefficient of thermal expansion (K-1)(20~800ºC)
150*150*500	32×32	3.85	0.5~0.8	3.90	≥45%	0.8	≥8	10	1.2	0.4~1.2	≥99%
200*200*500	42×42	3.85	0.5~0.8	6.80	≥45%	0.8	≥8	10	1.2	0.4~1.2	≥99%