High Pressure Water Jetting in Walton-On-Thames , Surrey

Responsibility depends on where the blockage is located. You are responsible for the drains within your property boundary that serve only your home. If the blockage is in a shared pipe (where your neighbour's waste joins yours) or in the section of pipe outside your property boundary leading to the main sewer, this is usually the responsibility of Thames Water. However, many customers in Slough call us first to quickly identify the location of the fault, as we can often arrive and clear private blockages much faster than a utility company.

No, Simply Drainage 24-7 does not charge any call-out fees. Whether you call us at 2:00 PM or 2:00 AM, the price remains fair and transparent. We provide a clear quote for the work required to clear your blockage or descal your pipes before we begin.

For pipes in older residential areas of Slough, tree root ingress is a common problem. We use mechanical root cutters and high pressure water jetting to physically remove the roots from the pipe. Once the flow is restored, we often recommend a structural patch lining. This is a no-dig repair that seals the joint where the roots entered, preventing them from growing back and causing another blockage in the future.

If you have tried using a plunger or supermarket chemicals and the problem keeps returning, you likely have a deep-seated blockage or a structural issue. Over time, grease, soap scum, and hair can create a hard "scale" on the inside of the pipes. Standard DIY methods only clear a small path through the softest part of the clog. Our HPWJ equipment descales the pipe back to its original diameter, which stops debris from getting caught in the same spot again.

When performed by experienced engineers, HPWJ is perfectly safe for vitrified clay, PVCu, and cast iron pipes. We adjust the PSI (pressure) and flow rate to suit the material and condition of your drainage system. Before high-pressure cleaning on fragile or very old systems, we can use our CCTV cameras to check the structural integrity of the pipe to ensure the process is safe and effective.