Reliable Radiator Valve Replacement for an Efficient Heating System
Thermostatic Radiator Valves (TRVs) are essential for tracking and maintaining individual room temperatures. Our skilled technicians can fix or replace leaking valves in a jiffy, ensuring your system runs perfectly.
Why install TRVs in your home?
By fitting modern radiator valves, you gain precise control over your home’s comfort while significantly reducing your fuel bills. TRVs provide the luxury of maintaining different temperatures under the same roof.
Prices are inclusive of all taxes.
| APPOINTMENTS | MONDAY – FRIDAY | SATURDAY | SUNDAY | |
|---|---|---|---|---|
| 8 AM – 6 PM | 6 PM – 10 PM | 8 AM – 6 PM | 8 AM – 6 PM | |
| Standard Price – First Hour | £98 | £113 | £113 | £140 |
| Standard Price – Subsequent Half Hours | £51 | £60 | £60 | £75 |
How do radiator valves work?
Thermostatic Radiator Valves (TRVs) allow you to set a custom temperature for each room. When the desired heat is reached, the valve automatically cuts off the water supply to prevent overheating and save energy. Modern TRVs offer settings ranging from 5°C to 28°C.
Expert Installation & Repair
Whether you need programmable valves that follow a schedule or wireless smart TRVs, our qualified technicians ensure accurate placement for 100% reliable readings. We handle everything from:
- Steam valve repairs
- Valve cap replacement
- Stuck radiator knobs
- TRV change-outs without draining
How the Service is Done
Our specialists follow a strict professional process to ensure a leak-free installation:
- Draining the heating system and removing old pipework nuts.
- Cleaning threads with wire wool and installing new adaptors.
- Refilling the system and carefully bleeding the radiators.
- Closing vents one-by-one as water levels rise.
- Final pressure test to ensure 100% safety and no leaks.
Pro Tip for Efficiency
To get the most out of your TRVs, ensure radiators aren’t hidden behind wardrobes or heavy curtains. Open placement allows for accurate temperature sensing and better heat distribution.