Ultrafiltration Without Limits
Robust, chemically-resistant membranes with >20-year lifespan and >95% recovery rates.
Low Operating Costs
Lowest power use in class (0.012 kWh/m³) and minimal maintenance over decades.
CERAFILTEC provides next-generation ceramic flat-sheet membranes engineered for high-performance water treatment. With unmatched durability, chemical resistance, and ultra-low energy consumption, it delivers clean water from the most challenging sources—cost-effectively and sustainably.
A smarter approach to ultrafiltration, CERAFILTEC’s Active Cake Layer Filtration (ACLF) removes suspended solids, microplastics, and even radioactive materials in a single step. It’s robust, long-lasting, and requires minimal maintenance—even in the harshest environments.
For Every Industry, the Technology That Outperforms
Ideal for upgrading treatment plants, removing organics, PFAS, heavy metals, and micro-pollutants—even under peak loading.
With >95% recovery and high flux, ceramic UF is the perfect front-end for reverse osmosis systems, minimizing fouling and cutting OPEX.
Effectively removes iron, manganese, TSS, and contaminants like radium and uranium—without chemical additives.
See all Products and Solutions
Robust, chemically-resistant membranes with >20-year lifespan and >95% recovery rates.
Lowest power use in class (0.012 kWh/m³) and minimal maintenance over decades.
Industry 4.0-ready with cloud data, predictive maintenance, and real-time diagnostics.
Direct replacement of polymeric membranes, ideal for sand filter rehabilitation.
Up to 70% space savings and no building or complex piping needed.
Log 4–6 removal, turbidity <0.2 NTU, SDI <3, and consistent output under peak loads.
From pilot to full-scale deployment, Senkar Tech delivers the world’s most advanced ceramic UF technology—engineered by CERAFILTEC, tailored by Senkar. Get end-to-end support for design, installation, and optimization.
CERAFILTEC membranes offer a lifespan of 20+ years with zero performance decay—thanks to their chemically and thermally stable structure.
Integrated with smart sensors and cloud-based monitoring, our systems offer predictive maintenance and real-time performance optimization.
Achieve recovery rates of over 95% with ultra-low energy consumption—up to 5x lower than conventional technologies.
Eliminate the need for clarifiers, DAFs, and sand filters. Our flat-sheet ceramic design cuts footprint by up to 70%, saving space and CAPEX.
-Operations Manager, Water Utility – Middle East
lower energy use than polymeric UF
countries across 100+ projects