Gutter Repair Hampshire

Water marks or staining along the brickwork typically indicate a failed joint, a split bracket, or an overflowing gutter allowing water to run down the wall. A staining trail running directly down the wall often traces to a single failed joint above a bay or a parted swan-neck offset.

Water infiltrating behind the fascia can cause stained render and bubbled plaster inside the building within months. Prompt repair prevents the issue from escalating to timber rot and internal damage.

Moss growth along the back lip of the gutter and blistered soffit paint indicate persistent moisture and poor drainage. Moss develops from accumulated organic matter and standing water in the channel.

Pooled water remaining hours after rain suggests the fall has flattened or a bracket has dropped. This pooling accelerates uPVC fatigue, particularly at corner mitres on coastal Hampshire properties exposed to salt spray.

Water sheeting off the front lip during ordinary rain indicates that the gutter is blocked, undersized, or has lost its proper fall. This overflow bypasses the downpipe system and causes damage to the fascia, render and brickwork below.

A hopper overflowing during heavy showers presents a similar pattern, often caused by blockages in the downpipe or insufficient capacity. Both symptoms can point to a failed joint or bracket upstream that requires targeted repair.

Water remaining pooled in the channel hours after rain has stopped means the fall has flattened or a bracket has dropped, preventing water from flowing to the outlet. Proper fall is maintained at 1 in 600 toward the outlet for effective drainage.

When brackets loosen as the timber behind them softens, the gutter drops and water pools instead of flowing. Refitting failed brackets and correcting the fall prevents continued pooling and extends the working life of the system.

A continuous drip after a shower has ended signals a failed joint or socket that is still releasing trapped water. Dripping that persists well after rain has stopped typically points to a failed joint above a bay or a parted swan-neck offset.

In coastal Hampshire, salt-driven uPVC fatigue often appears first at corner mitres. A single failed length in a half-round uPVC system may be suitable for a section swap, whereas multiple failed joints may warrant part-run replacement.

We begin with a diagnosis from the ground, followed by a ladder survey to assess falls, test joints, and document every leak. We trace the issue to the faulty joint, bracket or section before any work begins.

A complete strip-out is considered only when the entire run has reached the end of its service life. The survey establishes whether a single failed length can be swapped or whether UV-aged profiles warrant part-run replacement.

We record all findings, prepare a repair plan, and confirm it with you on-site before any work begins. Decisions about repair or replacement are made with your input, so you understand the options clearly.

An aged white uPVC run on a south-facing elevation may crack at each mitre, where piece-by-piece reseating is often short-lived. You will have the opportunity to choose between targeted repair or part-run replacement before anything proceeds.

We remove debris from the run before taking out any brackets, to avoid clogging the system during the repair. Leaves, moss mats and bird nests obstruct the channel and must be cleared before work begins on joints or brackets.

Clearing debris first ensures that the flow test at the end accurately identifies any remaining faults. This step is essential to confirm that the system functions correctly once the repair is complete.

Failed brackets are replaced and the fall is adjusted to 1 in 600 toward the outlet. Bracket spacing is set at 800 to 1000mm centres for uPVC, with closer spacing required for heavier cast iron sections.

Stainless steel screws are used for pre-drilled fascia to prevent rusting into the timber. Correct spacing and fall ensure water is directed effectively away from the wall and pooling is eliminated.

Water is poured at the highest point to confirm clear flow to the gully in the final test. Low-modulus neutral cure silicone is applied on joints and fresh EPDM is inserted in each socket, as old gaskets tend to harden after ten years.

A properly executed gutter repair can last 10 years or more. LMN silicone significantly outlasts builder’s silicone, and like-for-like uPVC ensures alignment under the original tile drip for long-term durability.

We are unable to offer guarantees on remedial repair work. Our 10-year workmanship guarantee applies to new installations only.

Our team holds £5 million in public liability cover and £10 million in employers’ liability cover. Each team member is certified in working at height, manual handling and asbestos awareness.

We offer emergency gutter repair for same-day or next-day callouts. Where conditions require it, we can carry out temporary make-safes to prevent further water damage, with permanent repairs following once wind speeds drop below 25mph to allow safe ladder work.

Storms can detach uPVC runs from brackets and break downpipe clips, and water may force back through tile underlays. Our aim on the first visit is to prevent water from entering the property. Water should not reach the cavity, soak insulation or track onto plasterboard. Where overflow cannot be resolved immediately, we may use a tarp or diverter spout until conditions allow permanent repair.

Yes. We can provide a written job report with photographs documenting each completed repair on request.

Yes. Heritage repairs involve using like-for-like cast iron or lead-lined timber to meet planning requirements. Listed Building Consent is facilitated through your local conservation officer. Like-for-like repairs are generally considered routine maintenance and do not typically require approval, though it is advisable to verify this with your local authority. Replacement with a different material usually requires approval.