LEFILTER proudly launches the CPEO-1060 Industrial Grade Ultrafiltration Membrane, engineered as a Canpure equivalent for demanding industrial filtration applications. Designed to handle a broad spectrum of industrial water treatment challenges, this membrane module offers superior removal of suspended solids, fine particulates, colloids, and microorganisms. With its advanced hollow fiber structure and robust PVDF construction, the CPEO-1060 guarantees reliable performance in various industrial processes, standing out as a preferred choice for industrial grade ultrafiltration membrane systems that demand durability, consistency, and operational efficiency.
Product Parameters
Model | CPEO-1060 |
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Membrane Material | PVDF (Polyvinylidene Fluoride) |
Membrane Type | Hollow Fiber |
Filtration Direction | Outside-in |
Nominal Pore Size | 0.03 μm |
Membrane Surface Area | 60 m² |
Fiber Outer / Inner Diameter | 1.3 mm / 0.7 mm |
Operating Pressure | 0.1 – 0.3 MPa |
Maximum TMP | 0.5 MPa |
Operating Temperature | 5 – 45°C |
pH Cleaning Range | 2 – 11 |
Recommended Backwash Pressure | 0.2 – 0.3 MPa |
Air Scour Flow Rate | 6 – 8 Nm³/h |
The CPEO-1060's design emphasizes high fouling resistance and long service life, making it highly adaptable for continuous or batch operation modes in challenging industrial environments. Its compatibility with various cleaning protocols further enhances its value in practical industrial applications.
Application Fields
Industrial Process Water Treatment
Boiler Feedwater Pretreatment Systems
Wastewater Recycling in Manufacturing Plants
Cooling Water Filtration for Industrial Equipment
General Industrial Water Conditioning and Pretreatment
FAQ
Q: What makes the CPEO-1060 suitable for industrial-grade filtration applications?
A: Its durable PVDF membrane ensures excellent mechanical strength, chemical resistance, and reliable particulate retention — all critical for industrial water treatment demands.
Q: What maintenance practices help maximize the lifespan of the CPEO-1060?
A: Routine backwashing, periodic chemical cleaning, and operation within the recommended parameters ensure sustained performance and extended membrane life.