LANDSON / CERAMIC MEMBRANES
TUBULAR SILICON CARBIDE MEMBRANES
TUBULAR SILICON CARBIDE MEMBRANES
TUBULAR SILICON CARBIDE MEMBRANES
Landson manufactures tubular recrystallized silicon carbide (R-SiC) ceramic membranes for demanding water filtration. Our product range includes multiple channel geometries, available pore sizes and lengths to support system design for industrial wastewater and process water.
Landson manufactures tubular recrystallized silicon carbide (R-SiC) ceramic membranes for demanding water filtration. Our product range includes multiple channel geometries, available pore sizes and lengths to support system design for industrial wastewater and process water.
Landson manufactures tubular recrystallized silicon carbide (R-SiC) ceramic membranes for demanding water filtration. Our product range includes multiple channel geometries, available pore sizes and lengths to support system design for industrial wastewater and process water.
Tubular SiC membrane design
Tubular SiC membrane design
Tubular SiC membrane design
Tubular ceramic membranes use internal channels to transport feed water while permeate passes through the porous membrane wall. Landson supplies recrystallized silicon carbide membranes in multiple diameters, channel geometries and lengths.
Tubular ceramic membranes use internal channels to transport feed water while permeate passes through the porous membrane wall. Landson supplies recrystallized silicon carbide membranes in multiple diameters, channel geometries and lengths.
Tubular ceramic membranes use internal channels to transport feed water while permeate passes through the porous membrane wall. Landson supplies recrystallized silicon carbide membranes in multiple diameters, channel geometries and lengths.
Product options and technical specifications
Product options and technical specifications
Product options and technical specifications
The Landson product range includes Ø25 mm and Ø30 mm tubular elements, together with larger cylindrical and hexagonal formats. Nominal pore-size options on selected tubular products include 0.2, 1.0 and 3.0 µm. Availability, cross-flow rates, flux and filtration area depend on the selected geometry and length.
The Landson product range includes Ø25 mm and Ø30 mm tubular elements, together with larger cylindrical and hexagonal formats. Nominal pore-size options on selected tubular products include 0.2, 1.0 and 3.0 µm. Availability, cross-flow rates, flux and filtration area depend on the selected geometry and length.
The Landson product range includes Ø25 mm and Ø30 mm tubular elements, together with larger cylindrical and hexagonal formats. Nominal pore-size options on selected tubular products include 0.2, 1.0 and 3.0 µm. Availability, cross-flow rates, flux and filtration area depend on the selected geometry and length.
Where tubular membranes are used
Where tubular membranes are used
Where tubular membranes are used
Tubular SiC membranes can be considered for industrial wastewater, process-water treatment, water reuse and other streams where cleaning resistance and a durable ceramic structure are valuable. The appropriate configuration depends on suspended solids, temperature, chemistry, required removal and system hydraulics.
Tubular SiC membranes can be considered for industrial wastewater, process-water treatment, water reuse and other streams where cleaning resistance and a durable ceramic structure are valuable. The appropriate configuration depends on suspended solids, temperature, chemistry, required removal and system hydraulics.
Tubular SiC membranes can be considered for industrial wastewater, process-water treatment, water reuse and other streams where cleaning resistance and a durable ceramic structure are valuable. The appropriate configuration depends on suspended solids, temperature, chemistry, required removal and system hydraulics.
Selecting a membrane
Selecting a membrane
Selecting a membrane
Selection involves pore size, active filtration area, channel hydraulic diameter, flow velocity, transmembrane pressure, pretreatment and cleaning strategy. Check individual technical tables and discuss operating conditions before sizing a filtration system.
Selection involves pore size, active filtration area, channel hydraulic diameter, flow velocity, transmembrane pressure, pretreatment and cleaning strategy. Check individual technical tables and discuss operating conditions before sizing a filtration system.
Selection involves pore size, active filtration area, channel hydraulic diameter, flow velocity, transmembrane pressure, pretreatment and cleaning strategy. Check individual technical tables and discuss operating conditions before sizing a filtration system.