LEFILTER is proud to introduce the UFbIA160 Heavy-Metal Wastewater Ultrafiltration Membrane, a robust filtration solution crafted as a reliable JHMT equivalent, designed specifically for industrial wastewater containing heavy metals. Built for demanding treatment environments, this membrane module offers outstanding separation performance for suspended solids, colloids, metal hydroxides, and complex organic compounds. Whether applied in electroplating wastewater, mining effluent, or heavy industry discharge treatment, the UFbIA160 delivers superior retention and high operational stability — making it a trusted choice for advanced heavy-metal wastewater ultrafiltration membrane systems.
Product Parameters
Model | UFbIA160 |
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Membrane Material | PVDF (Polyvinylidene Fluoride) |
Membrane Structure | Hollow Fiber |
Filtration Type | Outside-in |
Nominal Pore Size | 0.03 μm |
Effective Membrane Area | 160 m² |
Outer / Inner Fiber Diameter | 1.3 mm / 0.7 mm |
Operating Pressure | 0.1 – 0.3 MPa |
Maximum TMP | 0.5 MPa |
Operating Temperature | 5 – 45°C |
Cleaning pH Range | 2 – 11 |
Recommended Backwash Pressure | 0.2 – 0.3 MPa |
Air Scour Rate | 10 – 12 Nm³/h |

The UFbIA160 is engineered with high fouling resistance and chemical durability, ensuring long-term stability even in wastewater streams with fluctuating concentrations of heavy metals and harsh chemical components.
Application Fields
Electroplating Wastewater Treatment
Mining and Metallurgical Effluent Treatment
Electronics Manufacturing Wastewater Recycling
Chemical Plant Heavy Metal Wastewater Separation
Pretreatment for Advanced Heavy Metal Removal Systems
FAQ
Q: How does the UFbIA160 improve the treatment of heavy-metal-containing wastewater?
A: It efficiently retains suspended solids, heavy metal hydroxides, and particulate contaminants, reducing the load on downstream treatment processes and improving overall removal rates.
Q: Can the UFbIA160 be installed in systems originally equipped with JHMT membranes?
A: Yes, the UFbIA160 is a functional equivalent to JHMT models and can be integrated without requiring equipment modifications.