JRW-2012 Series Domestic High Flow RO Membrane Elements
JOZZONβs JRW-2012 series domestic high flow RO membrane elements are designed for under-sink, countertop, and point-of-use water purification systems that require faster water dispensing. With a compact 2012 format, stable salt rejection, and reliable operating performance, these elements support efficient residential water purification while helping system designers optimize space and user convenience.
Domestic High Flow RO Membrane for Residential Water Purification
JOZZONβs JRW-2012 series domestic high flow RO membrane elements are engineered for residential and small-scale point-of-use water purification systems that require improved permeate production and a more convenient dispensing experience. The series is suitable for under-sink RO systems, countertop purifiers, and other compatible home or small-office applications where faster water delivery is important.
Compared with conventional residential RO membrane configurations, the high-flow design is intended to increase permeate production and reduce the time required to fill cups, bottles, and cooking containers. This makes the JRW-2012 series particularly suitable for households with higher daily water demand or users who prefer a faster dispensing experience.
The elements feature a compact, durable construction, reliable sealing, and a standard 2012 format for integration into compatible residential RO system designs. The membrane provides stable salt rejection and supports the reduction of dissolved solids and other contaminants when used as part of a properly designed and maintained purification system.
Whether used in a new under-sink RO system, a countertop purifier, or a residential system upgrade, the JRW-2012 series offers a practical balance of higher flow, compact installation, and dependable purification performance.
Why Choose the JRW-2012 Domestic High Flow RO Membrane
1.Fast Water Dispensing β No Waiting
The high-flow design significantly increases the permeate flow rate per minute, greatly reducing the time needed to fill a cup. Daily activities such as drinking, cooking, and making tea become more convenient.
2.Reduced Reliance on Storage Tanks β More Hygienic
Traditional RO systems require storage tanks to compensate for slow flow rates. High-flow membranes enable on-demand, tankless filtration, eliminating the risk of secondary contamination from stagnant water in storage tanks.
3.More Water in Less Time β Ideal for Large Households
For families with higher daily water consumption, high-flow membranes easily handle peak demand scenarios, such as meal preparation or simultaneous water use at multiple points.
4.Enhanced User Experience β Convenience Like Tap Water
The improved flow rate delivers a user experience closer to that of a standard faucet, reducing frustration caused by slow dispensing. This is especially beneficial for elderly users and children.
5.Simpler System Design β Saves Under-Sink Space
By eliminating the need for a bulky storage tank or booster pump, the overall system becomes more compact, freeing up valuable cabinet space β ideal for small kitchens.
6.Stable Salt Rejection for Pure, Great-Tasting Water
JOZZON residential membranes consistently achieve 96%-97% salt rejection, effectively removing residual chlorine, odors, TDS, and heavy metals. The result is clean, refreshing drinking water with excellent taste.
Available Models
|
Membrane Element Model |
Effective Membrane Area ft2 (m2) |
Water Production Flow Rate GPD (mΒ³/d) |
Test Pressure PSI (MPa) |
Minimum Desalination Rate (%) |
|---|---|---|---|---|
|
JRW-2012-100 |
96.0 |
100(0.4) |
60(0.4) |
250, NaCl |
|
JRW-2012-150 |
95.0 |
150(0.6) |
60(0.4) |
250, NaCl |
|
JRW-2012-180 |
93.0β |
180(0.7) |
60(0.4) |
250, NaCl |
Note: Component models not mentioned (membrane performance, appearance dimensions) can be customized according to order quantity.
The JRW-2012 series can be configured according to system flow requirements, available installation space, and target water production. When selecting a membrane element, consider the required permeate flow, operating pressure, feed water quality, system recovery, and compatibility with the existing membrane housing and connections.
Operation Limits and Conditions
| Maximum Operating Pressure | 300psi (2.07 MPa) |
| Maximum Inlet Water Temperature | 45β |
| Max. Feedwater SDI15 | 5 |
| Influent Free Chlorine Concentration | < 0.1 ppm |
| Influent ph Range During Continuous Operation | 2ο½12 |
|
ph Range of Influent During Chemical Cleaning (Short-term 30-minute Period) |
1ο½13 |
| Maximum Pressure Drop of a Single Membrane Element | 10psi (0.07Mpa) |
Test Conditions
| Test Solution Temperature | 25β |
| Test Solution ph Value | 7.5 |
Membrane Element Size
The units in the diagram are millimeters (inches).
