Part Number
Part Number | ZeeWeed* Ultrafiltration Membrane, ZW500M, 1M ZeeWeed* Ultrafiltration Membrane, ZW500M, 4M |
ZeeWeed 500M – micro-flow systems
The ZeeWeed 500M uses the same great ZeeWeed 500 technology in a micro-flow configuration.
• Unique UF hollow-fiber membrane for ultra-low flow systems, make it a great fit for niche applications and research.
• Directly models quality and performance of larger ZeeWeed 500 products
• Easy, affordable options for tanks and connections, lab and bench scale sets-ups are easy.
Performance
• True UF membrane for over 25 years with proven 0.04 μm pore size providing a physical barrier and producing high quality effluent
• Extremely high module permeability > 900 lmh/bar
• Proven high flux for 500D & 500S with dedicated MBR chemistry since 2007
Reliability
• Unmatched fiber ruggedness with a > 600N fiber tensile strength vs. ~10 for non-reinforced PVDF membranes
• State-of-the-art manufacturing advancements reducing maintenance and ensuring long membrane life
• Outstanding membrane life of over 10 years in most applications; longest life 20.5 years!
Proven Experience
• Over 2000 MBRs globally running with ZeeWeed 500 membranes
• Easy retrofit solution with 12 different hollow fiber and flat plate competitor products replaced to-date at multiple sites globally
Flexibility & Simplicity
• Configurable product to provide plant layout versatility and easy future expansion
• A range of product sizes and flexible arrangements to fit into existing tanks, replace other less reliable membranes, and accommodate any flow range or operability needs.
• With the world’s largest hollow fiber membrane factory, get product when and where you need it.
Part Number | ZeeWeed* Ultrafiltration Membrane, ZW500M, 1M ZeeWeed* Ultrafiltration Membrane, ZW500M, 4M |
Get in touch with us! We’re here to help you find the solution that best resolves your challenges around water filtration.
Get in touch with us! We’re here to help you find the solution that best resolves your challenges around water filtration.