Ultrafiltration (UF) membranes have pore sizes ranging from 0.1 to 0.001 microns, allowing them to effectively remove bacteria, viruses, colloids, polysaccharides, proteins and large organic molecules while allowing water and most dissolved salts to pass through.
Adimem’s Ultrafiltration membranes are designed for reliable and efficient separation of suspended solids, bacteria, viruses, and macromolecules across a wide range of industries. We offer UF membranes in Hollow Fibre (FYBRIN™ Series), Spiral Wound (FLUXA™ Series), and Tubular (TUBIONIQ™ Series) formats using PVDF and PES materials—each tailored for performance, durability, and cleanability.
Adimem’s FYBRIN™ series are high-flux hydrophilic hollow fibre UF membranes with excellent fouling resistance, ideal for wastewater treatment, reuse, and bioprocessing. These are available in two material choice offerings- PVDF and PES.
| Model | Material | Flow Direction |
MWCO /
Pore Size |
Membrane Area | Applications | Datasheet |
|---|---|---|---|---|---|---|
| AMT-FYBRIN™-UF-PVDF-003 | PVDF | Out-to-In |
0.03
µm (≈300 kDa) |
52 m2
/ 77 m2 |
STP/ETP, greywater reuse, RO pretreatment | Get Pdf |
| AMT-FYBRIN™-UF-PES-001 | PES | In-to-Out |
0.01 µm
(≈80 kDa) |
50 m2 | Biotech, enzyme recovery, protein separation | Get Pdf |
Adimem’s FLUXA™ UF series consists of PVDF and PES spiral wound UF membranes. Our stringent quality standards in manufacturing, ensures membranes have precise MWCO control, making them ideal for specialised separation applications. Available in sanitary or industrial outerwraps with both normal and heat sanitisable options. We also offer UPVC and SS housings for these FLUXA™ UF elements.
| Model | Material | Pore Size | Element Size | Applications | Wrap Type | Data Sheet |
|---|---|---|---|---|---|---|
| AMT-FLUXA™-UF-PVDF-500 | PVDF | 500 kDa (≈ 0.06 µm) |
8040 / 4040 | TOC reduction, Product Clarification | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
| AMT-FLUXA™-UF-PVDF-300 | PVDF | 300 kDa (≈ 0.03 µm) |
8040 / 4040 | Cathodic paint recovery, RO pretreatment | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
| AMT-FLUXA™-UF-PVDF-100 | PVDF | 100 kDa | 8040 / 4040 | Dairy clarification, chemical separation | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
| AMT-FLUXA™-UF-PES-65 | PES | 65 kDa | 8040 / 4040 | Juice clarification, enzyme recovery | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
| AMT-FLUXA™-UF-PES-20 | PES | 20 kDa | 8040 / 4040 | Protein concentration, biotech separations | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
| AMT-FLUXA™-UF-PES-10 | PES | 10 kDa | 8040 / 4040 | Pharmaceutical processing, gelatin removal | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
| AMT-FLUXA™-UF-PES-6 | PES | 6 kDa | 8040 / 4040 | Casein concentration, food extracts | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
| AMT-FLUXA™-UF-PES-4 | PES | 4 kDa | 8040 / 4040 | Fine macromolecule separation, bio-fermentation recovery | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
| AMT-FLUXA™-UF-PES-2 | PES | 2 kDa | 8040 / 4040 | Color removal, dye-desalting applications | Sanitary (SN) / FRP (FP) |
SN: Get Pdf FP: Get Pdf |
Note: Customisable feed spacer thickness
For FLUXA™ UF, which is used predominantly for a low pressure application, we offer AdiShell™ UPVC housing. These are a cost effective alternative to traditional FRP or stainless steel housings that are predominantly used for high pressure RO/NF applications. AdiShell™ allows users to upgrade or change membrane elements without replacing the housing- reducing both CAPEx and downtime.
Adimem’s TUBIONIQ™ UF membranes are PVDF tubular membranes, designed for high-solid and viscous feed streams. Easy to clean and ideal for challenging separations.
| Model | Material | Pore Size | Module Sizes | Applications | Datasheet |
|---|---|---|---|---|---|
| TUBIONIQ™-UF-PVDF-003 | PVDF | 0.03 µm | 8", 10" | Oil–water separation, paint recovery, chemical wastewater | Get PDF |
Our technical team can help you provide any entire automated membrane system with chemical dosing, backwashing sequence to enhance membrane performance and life. Contact us, to know more.
