TECHNOLOGY
SMALL PORES. BIG POSSIBILITIES.
SMALL PORES. BIG POSSIBILITIES.
SiC’s exceptional strength allows us to rewrite the rules of membrane technology, turning fragile consumables into long term assets.
SiC’s exceptional strength allows us to rewrite the rules of membrane technology, turning fragile consumables into long term assets.
THE SCIENCE
A MORE ROBUST FILTRATION SOLUTION
A MORE ROBUST FILTRATION SOLUTION
Our R-SiC membranes combine outstanding material properties with high filtration performance, resulting in a reliable and cost-effective solution for demanding water and wastewater applications.
Chemical resistance
Withstands aggressive water, cleaning agents and harsh conditions.
Fouling resistance
Smooth, inert surface with low tendency for particle attachment.
Robust cleanability
Designed for efficient and repeated cleaning without loss of performance.
Long service life
A durable ceramic solution with stable performance over many years.
Lower operating cost
High efficiency, low maintenance and reduced chemical use.
Flexible configurations
A range of membrane geometries and system setups for different applications.
Chemical resistance
›
Fouling resistance
›
Robust cleanability
›
Long service life
›
Lower operating cost
›
Flexible configurations
›
Click a benefit to explore the material science and practical advantages.
Chemical resistance
Withstands aggressive water, cleaning agents and harsh conditions.
Fouling resistance
Smooth, inert surface with low tendency for particle attachment.
Robust cleanability
Designed for efficient and repeated cleaning without loss of performance.
Long service life
A durable ceramic solution with stable performance over many years.
Lower operating cost
High efficiency, low maintenance and reduced chemical use.
Flexible configurations
A range of membrane geometries and system setups for different applications.
Chemical resistance
›
Fouling resistance
›
Robust cleanability
›
Long service life
›
Lower operating cost
›
Flexible configurations
›
Click a benefit to explore the material science and practical advantages.
THE SURFACE
A SURFACE THAT RESISTS ATTACHMENT.
A SURFACE THAT RESISTS ATTACHMENT.
↗
↗
Surfaces of identical charges repel eachother
At typical neutral-pH conditions, the hydrated surface layer is negatively charged. Repulsion helps limit attachment of similarly charged contaminants.
Easily wetable, less oil adhesion
The hydrophilic surface of SiC favours contact with water. Water passes through the membrane so readily that oils are rejected and naturally repelled.
Set and forget membranes
Cross-flow sweeps along the membrane channels, carrying all loosely retained particles away from the surface continuously.
Tap the illustration to learn more
FILTRATION METHODS
Three ways to put SiC to work.
Three ways to put SiC to work.
Select a method to see how feed water, permeate and cleaning move through the system.
NEXT STEP
NEXT STEP
Find the right filtration solution.
Find the right filtration solution.
Tell us about your feed stream. We’ll help define the right solution.
TECHNOLOGY
SMALL PORES. BIG POSSIBILITIES.
SiC’s exceptional strength allows us to rewrite the rules of membrane technology, turning fragile consumables into long term assets.
THE SCIENCE
A MORE ROBUST FILTRATION SOLUTION
Our R-SiC membranes combine outstanding material properties with high filtration performance, resulting in a reliable and cost-effective solution for demanding water and wastewater applications.
Chemical resistance
Withstands aggressive water, cleaning agents and harsh conditions.
Fouling resistance
Smooth, inert surface with low tendency for particle attachment.
Robust cleanability
Designed for efficient and repeated cleaning without loss of performance.
Long service life
A durable ceramic solution with stable performance over many years.
Lower operating cost
High efficiency, low maintenance and reduced chemical use.
Flexible configurations
A range of membrane geometries and system setups for different applications.
Chemical resistance
›
Fouling resistance
›
Robust cleanability
›
Long service life
›
Lower operating cost
›
Flexible configurations
›
Tap a feature to learn more.
THE SURFACE
A SURFACE THAT RESISTS ATTACHMENT.
↗
Surfaces of identical charges repel eachother
At typical neutral-pH conditions, the hydrated surface layer is negatively charged. Repulsion helps limit attachment of similarly charged contaminants.
Easily wetable, less oil adhesion
The hydrophilic surface of SiC favours contact with water. Water passes through the membrane so readily that oils are rejected and naturally repelled.
Set and forget membranes
Cross-flow sweeps along the membrane channels, carrying all loosely retained particles away from the surface continuously.
Tap the illustration to learn more
FILTRATION METHODS
Three ways to put SiC to work.
Select a method to see how feed water, permeate and cleaning move through the system.
NEXT STEP
Find the right filtration solution.
Tell us about your feed stream. We’ll help define the right solution.