Introduction
The LFUF – 10 Ultrafiltration Equipment is engineered to deliver superior fluid purification for industrial, commercial, and municipal applications. By combining advanced membrane technology with intelligent controls, this system actively removes suspended solids, colloids, bacteria, and macromolecules from liquid streams. Its modular design allows scalable production from 10 to 100 m³/day, making it ideal for medium – to – large – scale water treatment needs. The LFUF – 10 features an energy – efficient design, corrosion – resistant components, and automated controls to ensure continuous operation in challenging environments.
Features
- High – Precision Filtration: Actively removes particles as small as 0.01 – 0.1 μm using PVDF hollow fiber membranes.
- Energy – Saving Design: Operates at 0.1 – 0.3 kWh/m³, 20% more efficient than traditional systems.
- Self – Cleaning Mechanism: Automated backwashing reduces maintenance by 50%.
- Modular Architecture: Expandable to 100 m³/day with additional modules.
Suggested Operating Conditions
| Parameter | Value | Notes |
|---|---|---|
| Temperature | 5 – 40°C | Optimal performance range |
| Max Pressure | 0.3 MPa (43.5 psi) | Maximum allowable pressure |
| pH Range | 2 – 12 | Wide chemical compatibility |
| Feed Turbidity | ≤ 5 NTU | Pre – treatment recommended |
| Suspended Solids | ≤ 500 mg/L | Optimal feed quality |
Applications
4.1 Industrial Manufacturing
Semiconductor Production: Provides ultrapure water for wafer cleaning
- Chemical Processing: Filters catalysts and polymers from process fluids
- Metalworking: Cleans coolants to extend tool life
4.2 Water Treatment
- Municipal Pre – treatment: Protects RO membranes from colloidal fouling
- Reclaimed Water: Processes wastewater for irrigation and cooling systems
- Well Water: Removes iron, manganese, and turbidity
4.3 Food & Beverage
- Brewing: Clarifies beer and removes yeast
- Dairy: Separates proteins and fats from milk
- Bottled Water: Ensures microbiological safety
Technical Data
| Parameter | Value |
|---|---|
| Filtration Area | 10 m² |
| Permeate Flow Rate | 10 – 100 m³/day |
| Membrane Material | Polyvinylidene Fluoride (PVDF) |
| Dimensions | 1.8m (L) × 0.8m (W) × 2m (H) |
| Weight | 350 kg |

Other model
Model | Flow rate (m³/hr) | Raw water Pump | Sand filter size (mm) | Carbon filter size (mm) | Anti-scale dosing system | Security filter | High pressure pump | Ultrafiltration system (Membrane pn&qty) |
|---|---|---|---|---|---|---|---|---|
| LFUF-1 | 1 | CHL2-30G (0.37KW) | 250*1350 | 250*1350 | 30L | 3*20’’ | / (0.37KW) | 2*AQU90 membrane |
| LFUF-2 | 2 | CHL2-40 (0.55KW) | 300*1300 | 300*1300 | 30L | 3*20’’ | / (0.55KW) | 4*AQU90 membrane |
| LFUF-3 | 3 | CHL4-30 (0.75KW) | 350*1625 | 350*1625 | 30L | 5*20’’ | / (0.75KW) | 6*AQU90 membrane |
| LFUF-4 | 4 | CHL4-40 (0.75KW) | 400*1625 | 400*1625 | 50L | 5*20’’ | / (0.75KW) | 8*AQU90 membrane |
| LFUF-5 | 5 | CHL4-40 (0.75KW) | 460*1625 | 460*1625 | 50L | 3*40’’ | CHL4-40 (0.75KW) | 10*AQU90 membrane |
| LFUF-6 | 6 | CHL8-20 (1.1KW) | 600*1800 | 600*1800 | 100L | 3*40’’ | CHL8-20 (1.1KW) | 3*AQU200 membrane |
| LFUF-8 | 8 | CHL8-30 (1.1KW) | 600*1800 | 600*1800 | 100L | 7*40’’ | CHL8-30 (1.1KW) | 4*AQU200 membrane |
| LFUF-10 | 10 | CHL12-30 (1.5KW) | 750*1900 | 750*1900 | 200L | 7*40’’ | CHL8-40 (1.5KW) | 5*AQU200 membrane |
| LFUF-12 | 12 | CHL12-30 (1.8KW) | 900*1900 | 900*1900 | 200L | 7*40’’ | CHL12-30 (1.8KW) | 6*AQU200 membrane |
| LFUF-14 | 14 | CHL12-40 (2.4KW) | 900*1900 | 900*1900 | 200L | 12*40’’ | CHL12-40 (2.4KW) | 7*AQU200 membrane |
| LFUF-15 | 15 | CHL12-40 (2.4KW) | 1000*1900 | 900*1900 | 200L | 12*40’’ | CHL12-40 (2.4KW) | 8*AQU200 membrane |
| LFUF-18 | 18 | CHL16-30 (3.0KW) | 1000*2200 | 1000*2200 | 200L | 15*40’’ | CHL16-30 (3.0KW) | 9*AQU200 membrane |
| LFUF-20 | 20 | CHL20-30 (4KW) | 1200*2200 | 1200*2200 | 200L | 15*40’’ | CHL20-30 (4KW) | 10*AQU200 membrane |
Conclusion
The LFUF – 10 Ultrafiltration Equipment sets a new standard for fluid purification efficiency, combining advanced membrane technology with rugged reliability. Its modular architecture, high rejection rate, and energy – saving design make it suitable for diverse applications. Whether purifying water for industrial processes, municipal supply, or food production, the LFUF – 10 ensures consistent performance and compliance with the highest quality standards. Backed by advanced engineering and user – friendly controls, this system is the optimal choice for organizations seeking sustainable water treatment solutions.
