Metal Flue Gas Treatment System
Metal Flue Gas Treatment System Selection Manual of Single Ash Hopper Dust Collector JMC-5II-6 1. Intermetallic Compound Porous Membrane Material Technology The porous/membrane materials of intermetallic compounds were prepared by Kirkendall effect caused by partial diffusion between eleme...
Metal Flue Gas Treatment System
Selection Manual of Single Ash Hopper Dust Collector JMC-5II-6
1. Intermetallic Compound Porous Membrane Material Technology
The porous/membrane materials of intermetallic compounds were prepared by Kirkendall effect caused by partial diffusion between elements;
The material problem in the field of high temperature gas filtration has been solved in the world.
Based on the atomic-scale partial diffusion reaction synthesis technology, the pore structure can be accurately regulated at the micron/submicron level, so that the material has a uniform pore diameter distribution, high filtration accuracy, high open porosity, small zigzagging factor and low filtration resistance.
The unique metal bond + covalent bond mixed bond crystal has the advantages of both metal and ceramic materials, with excellent chemical stability, thermal stability, mechanical and physical properties, machinability, thermal conductivity and electrical conductivity.
The material preparation process is environmentally friendly, the whole life cycle of the material is environmentally friendly, recyclable and high cost performance.
Selection Manual of Single Ash Hopper Dust Collector JMC-5II-6
1. Intermetallic Compound Porous Membrane Material Technology
The porous/membrane materials of intermetallic compounds were prepared by Kirkendall effect caused by partial diffusion between elements;
The material problem in the field of high temperature gas filtration has been solved in the world.
Based on the atomic-scale partial diffusion reaction synthesis technology, the pore structure can be accurately regulated at the micron/submicron level, so that the material has a uniform pore diameter distribution, high filtration accuracy, high open porosity, small zigzagging factor and low filtration resistance.
The unique metal bond + covalent bond mixed bond crystal has the advantages of both metal and ceramic materials, with excellent chemical stability, thermal stability, mechanical and physical properties, machinability, thermal conductivity and electrical conductivity.
The material preparation process is environmentally friendly, the whole life cycle of the material is environmentally friendly, recyclable and high cost performance.