RO Membrane Replacement in Visakhapatnam
Tackle high TDS borewell water, hard minerals, and heavy metals. We supply and install high-rejection Thin Film Composite (TFC) RO membranes engineered for Vizag's water conditions.
Book Technician Visit
Same-day inspection & repair across Visakhapatnam. Pay after service.
Why RO Membrane Health Matters in Vizag
The RO membrane is the core barrier that eliminates microscopic dissolved toxins from water.
0.0001 Micron Pore Size
Pores are small enough to block dissolved mineral salts, pesticides, bacteria, and viral cysts, allowing only pure water through.
Heavy Metal Protection
Guards your kidneys and health from coastal salinity, heavy metals, and industrial runoff found in deep groundwater.
Sweet & Crisp Taste
By eliminating metallic saltiness and high hardness, your morning tea, coffee, and drinking water taste naturally sweet.
Extended Machine Life
A fresh membrane operates with lower back-pressure, reducing strain and extending the life of your booster pump.
Membrane Replacement Cost
High rejection rate membranes suited for borewell & municipal water.
| Doorstep Inspection Fee | ₹100 | TDS test & membrane health check |
| RO Membrane Replacement | Starting from ₹3,000 | High-rejection 75/80/100 GPD membrane |
| TDS Calibration & Fitting | Included | Proper flow-restrictor (FR) matching & flushing |
RO Membrane Replacement FAQs
The two most definitive symptoms are: (1) Purified water output flow slows down to a bare trickle or stops entirely while waste water keeps running; and (2) The digital TDS of your purified water rises close to raw tap water TDS, indicating membrane pore rupture.
Our genuine, high-rejection RO membrane replacement starts from ₹3,000. The cost depends on the specific brand capacity (75 GPD, 80 GPD, or 100 GPD) and your input water TDS levels.
Yes! In many areas of Visakhapatnam such as Madhurawada and Anandhapuram, borewell water has high TDS (600 to 1,500+ ppm). We install high-rejection 80/100 GPD membranes specifically rated to purify high TDS water down to healthy drinking levels (around 80–120 ppm).
Typically every 1.5 to 2.5 years, depending on input water hardness, daily water consumption, and how regularly the sediment/carbon pre-filters were replaced.