Problem with your Radiators?

Is Your Heating System Taking A Long Time To Warm Up?
Radiators that aren't evenly heated?
Radiators that need to be bled on a regular basis?
Pump Failure on a Regular Basis?
Leeks in Pin Hole Radiators?
Taking a long time for your central heating system to come on.
The water in your radiator is filthy.
Radiators aren't working.
Failure of the pump
Failure of the boiler
The boiler makes an unusual amount of noise.

Radiator Power Flushing

Is it time for a power flush on your system?
Heating System that is more efficient
Heats up faster
System that is less noisy
Save up to 25% on your bills
Protection Against Rust and Lime Scale
Improved Circulation

What is Radiator power flushing?

Powerflushing is a vital process for clearing rust and sludge from your central heating system. A power flushing equipment circulates high-velocity water through the pipes to deep-clean them and remove debris and limescale.

Sludge does not appear out of nowhere. Instead, it accumulates on the inside of your pipes and radiators over time. The water will become darker until it is almost black as your radiators rust inside. If the rust isn’t removed, it will continue to pile up and eventually prevent the flow of hot water. Cold patches on your radiator, rattling sounds from your boiler, and unclean water are all telltale signs.

With Power flushing, you can improve your central heating system, use less energy, and save money.

Preventing Boiler Failure

The average life lifetime of a condensing boiler is 7 years. This is due to the fact that the system was not initially brought up to a suitable standard and was not maintained. Your boiler’s life can be extended to 12 years with a power flush and aftercare package.

The majority of boiler manufacturers will provide a 10-year warranty on their boiler, but this is only valid if the system is clean. The only way to keep the system clean is to perform a power flush, chemicals, and filter, followed by after-care. This will keep your boiler manufacturer’s warranty current.