RO Membrane Housing Kits
Reverse Osmosis Membrane Housing Kits serve various purposes, from upgrading or replacing worn-out housings in existing systems to facilitating customisation in DIY setups.
Our RO membrane housing kits offer complete solutions to upgrading your RO system, including essential components and additional membranes, ensuring efficient RO system operation and flexibility.
Benefit from our efficient delivery service, spanning the UK and worldwide. Protect your water from harmful contaminants like bacteria and microplastics. Take the proactive step towards effective water purification today!
Reverse Osmosis Additional Membrane Upgrade Kits
Adding an additional membrane to your RO system can reduce the amount of wastewater produced by your RO unit, and increase output water. This saves money if you are on a water meter and time if you wish to produce RO water quickly.
At Finerfilters, we offer a range of RO additional membrane housing upgrade kits, including:
- Reverse Osmosis Additional Membrane Upgrade Kit (available with a choice of 50, 75, 100 or 150 GPD)
- Reverse Osmosis 200-400GPD Additional Membrane Upgrade Kit (available with a choice of 200, 300 or 400 GPD membrane.)
If you are upgrading your membrane GPD, it will also be important to install a flow restrictor suited to the membrane. We offer an excellent range of reverse osmosis flow restrictors to make upgrading your RO system simple and effective.
Need help choosing the right upgrade kit? Contact us for advice. We’re always happy to help.
FAQs
What is a Reverse Osmosis Membrane Housing Kit?
A Reverse Osmosis Membrane Housing Kit is a crucial component of a reverse osmosis water filtration system. It typically includes a housing unit designed to hold a semi-permeable membrane—the core component responsible for filtering out impurities, contaminants, and particles from water.
What benefits come with adding an extra membrane to my Reverse Osmosis system?
Adding an additional membrane to your RO system enhances filtration capacity, ensuring finer purification and the removal of more contaminants. This improves system efficiency, extends membrane lifespan, and delivers higher-quality, cleaner water - crucial for sensitive applications.
