LANDSON / CERAMIC MEMBRANES
SILICON CARBIDE CERAMIC MEMBRANES
SILICON CARBIDE CERAMIC MEMBRANES
SILICON CARBIDE CERAMIC MEMBRANES
Recrystallized silicon carbide (R-SiC) offers a robust ceramic platform for membrane microfiltration and water treatment. Landson supplies SiC membranes in tubular, hexagonal and flat sheet formats.
Recrystallized silicon carbide (R-SiC) offers a robust ceramic platform for membrane microfiltration and water treatment. Landson supplies SiC membranes in tubular, hexagonal and flat sheet formats.
Recrystallized silicon carbide (R-SiC) offers a robust ceramic platform for membrane microfiltration and water treatment. Landson supplies SiC membranes in tubular, hexagonal and flat sheet formats.
What are silicon carbide membranes?
What are silicon carbide membranes?
What are silicon carbide membranes?
Silicon carbide membranes are porous ceramic filtration elements that separate suspended material from water by passing permeate through a selected pore structure. Landson manufactures recrystallized silicon carbide membrane products for demanding service conditions.
Silicon carbide membranes are porous ceramic filtration elements that separate suspended material from water by passing permeate through a selected pore structure. Landson manufactures recrystallized silicon carbide membrane products for demanding service conditions.
Silicon carbide membranes are porous ceramic filtration elements that separate suspended material from water by passing permeate through a selected pore structure. Landson manufactures recrystallized silicon carbide membrane products for demanding service conditions.
Why use R-SiC?
Why use R-SiC?
Why use R-SiC?
R-SiC combines chemical stability, hardness and hydrophilic surface behavior. These material characteristics support rigorous cleaning strategies and can be valuable in challenging industrial and municipal treatment environments. Performance still depends on the feed, pore size, flux, operating pressure and cleaning regime.
R-SiC combines chemical stability, hardness and hydrophilic surface behavior. These material characteristics support rigorous cleaning strategies and can be valuable in challenging industrial and municipal treatment environments. Performance still depends on the feed, pore size, flux, operating pressure and cleaning regime.
R-SiC combines chemical stability, hardness and hydrophilic surface behavior. These material characteristics support rigorous cleaning strategies and can be valuable in challenging industrial and municipal treatment environments. Performance still depends on the feed, pore size, flux, operating pressure and cleaning regime.
Available configurations
Available configurations
Available configurations
Landson products include compact tubular membranes, larger cylindrical and hexagonal elements, as well as submerged flat sheet membrane modules and assemblies. Different geometries suit different channel velocities, system layouts and solids-loading conditions.
Landson products include compact tubular membranes, larger cylindrical and hexagonal elements, as well as submerged flat sheet membrane modules and assemblies. Different geometries suit different channel velocities, system layouts and solids-loading conditions.
Landson products include compact tubular membranes, larger cylindrical and hexagonal elements, as well as submerged flat sheet membrane modules and assemblies. Different geometries suit different channel velocities, system layouts and solids-loading conditions.
Choosing a system
Choosing a system
Choosing a system
Start with water analysis, required water quality, flow, temperature, chemistry, pretreatment and hydraulic constraints. Where possible, validate design flux, cleaning intervals and permeate quality through testing with the actual feed water.
Start with water analysis, required water quality, flow, temperature, chemistry, pretreatment and hydraulic constraints. Where possible, validate design flux, cleaning intervals and permeate quality through testing with the actual feed water.
Start with water analysis, required water quality, flow, temperature, chemistry, pretreatment and hydraulic constraints. Where possible, validate design flux, cleaning intervals and permeate quality through testing with the actual feed water.