Ningbo Fortune’s High-Capacity RO Water Filter utilizes long-lasting filter components, ensuring durability and consistent performance over an extended period. Our new designed High-Capacity RO Water Filter offer customizable filter configurations to address specific water quality concerns, providing tailored solutions for different regions and water sources.
This Fortune High-Capacity RO Water Filter equipped with a high-capacity system that efficiently processes and filters a larger volume of water, making it suitable for environments with increased demand. The Fortune High-Capacity RO Water Filter with a design focused on high capacity, the RO water filter features filters with extended lifespans, reducing the frequency of replacements and maintenance.
Model |
FQ-A2 |
Filter |
PCT+RO |
Rated purified volume |
2000L |
RO membrane |
75 G |
Booster pump |
75 G |
Flow rate |
11.8 L/H |
Wastewater ratio |
2 : 1 (good water than wastewater) |
Water production sound |
≤50dB/≤55dB/≤55dB/≤55dB |
Working Water pressure |
0.1-0.4MPa |
Working temperature |
5℃-38℃ |
Clean/pure water flow(L/Min) |
1.58/1.5, 2.1/1.5, 2.62/1.5, 3.2/1.5 |
Product Dimension |
423*185*418mm |
Packing Dimension |
485X245X495mm |
Robust Filtration Capacity
Extended Filter Lifespan
Rapid Water Production
Efficient Removal of Contaminants
Minimum order quantity: 100 units
A high-capacity RO water filter is designed to meet the needs of environments requiring large volumes of purified water, such as commercial kitchens, offices, and industrial settings. This system uses reverse osmosis technology to efficiently remove contaminants like heavy metals, chemicals, and microorganisms from the water supply, ensuring a consistent output of clean, safe water. Its high-capacity design allows it to process large amounts of water quickly, making it ideal for high-demand situations. The system is robust and durable, capable of handling continuous use while maintaining optimal performance. It is a reliable solution for ensuring access to high-quality water in settings where both volume and purity are critical.