Gutter Installation Hampshire

Water sheeting over the front lip of the gutter during a normal shower indicates the system is blocked, undersized or has lost its fall. This overflow directs water onto the fascia, render and brickwork rather than into the downpipe.

Overflow events leave brown staining on the wall below the gutter line. Prolonged exposure can rot the fascia behind the gutter, requiring more extensive repairs than simply clearing blockages or patching joints.

Rust streaks weeping down cast iron stop ends indicate corrosion at critical junction points. Pre-1960 cast iron gutters can degrade after 60 to 80 winters, and coastal Hampshire properties experience accelerated corrosion as a result of salt exposure.

Visible cracks or splits along uPVC seams indicate the material has become brittle and failed. uPVC systems last 25 to 30 years in sheltered locations, but UV exposure and temperature cycling can accelerate degradation.

Cracked seams allow water to escape at joints, causing damage to the fascia and brickwork. When cracks are visible, the gutter has reached the end of its functional life and requires complete replacement rather than sealant repairs.

Brackets pulling away from the fascia board indicate that the fixings have loosened or that the timber behind has softened. This causes sagging runs where the gutter drops, the slope flattens, and water pools rather than flowing to the outlet.

Sagging is the second most common gutter fault. Where brackets repeatedly pull away, the entire system requires re-anchoring with new brackets at 600 to 800mm intervals, together with proper fascia repair before installation proceeds.

Damp patches on upstairs ceilings near the eaves, or moss and ferns growing inside the channel, indicate that water is penetrating behind the gutter or overflowing consistently. Moss and ferns establish themselves from accumulated organic matter and standing water.

Properties beneath oak, sycamore and lime tree canopies experience rapid gutter filling after leaf drop. When damp appears internally, the fascia behind the gutter may already be rotten, requiring fascia replacement alongside the new gutter installation.

We begin by measuring each elevation, photographing the existing gutter and confirming the profile and colour for the replacement. This ensures the new system is proportioned to your roof line and matches its appearance.

Colour samples are available during the initial visit if requested. When providing a quote tailored to your property, we consider slope, capacity, location and material lifespan.

The old gutter is removed section by section, with each length carefully lowered to the ground. A ground sheet is placed beneath the work area during removal to protect your property.

All old gutters and downpipes are removed and directed through licensed waste disposal routes: uPVC is sent to plastic recyclers and cast iron to registered scrap dealers. Disposal costs are included in the original quote.

We probe the timber behind the gutter and replace any spongy boards before attaching brackets. Removing a deteriorated system often exposes water damage behind the boards, which — if left unaddressed — leads to timber rot.

Replacement fascia boards are installed to provide a sound fixing base. This step is fundamental: a properly prepared substrate is what allows a new gutter installation to protect your fascia, render and brickwork reliably for decades.

Brackets are installed at 600 to 800mm intervals with a slope of 1 in 600 toward the outlet. An additional bracket is placed within 150mm of each hopper head, internal angle and downpipe junction.

Each bracket position is verified with a digital level before the profile is attached. Correct fall prevents pooling and ensures water is directed efficiently away from the wall.

The new profile is attached, stop ends are sealed and downpipes are routed through swan-neck offsets. Water is poured at the highest point to confirm clear flow through to the gully in a final flow test.

Stainless-mesh or hedgehog-brush gutter guards are clipped into place before the final flow test if requested. We photograph the completed work for your records, and the installation is backed by a 10-year workmanship guarantee.

A three-bedroom semi-detached house typically requires one day for installation with a two-person team. A four-bedroom detached home usually takes two days or more.

Larger projects scale accordingly. Properties with complex roof features may take two to three days, while heritage cast iron installations can extend to two to four days due to additional handling requirements.

Project timing is confirmed in writing before work begins. uPVC installations are scheduled to avoid temperatures below 5°C to ensure proper sealing.

Yes. We install stainless-mesh or hedgehog-brush gutter guards at the same time as the new system. Each guard is clipped into place before the final flow test, preventing debris from blocking the channel.

Properties near the New Forest experience heavy leaf fall, which makes regular cleaning necessary; a guard reduces the frequency of these visits. Coastal properties face greater salt and grit deposits, for which a finer mesh is more appropriate.

Yes. We remove all old gutters and downpipes and direct them through licensed waste disposal routes. uPVC is sent to plastic recyclers and cast iron to registered scrap dealers.

A ground sheet is placed beneath the work area during removal to protect your property. Disposal costs are included in the original quote, so there are no unexpected additional charges.

Asbestos removal falls outside our service scope. If asbestos cement downpipes are discovered during the work, we will halt and refer to a licensed contractor.

Yes. New gutter systems can be connected to water butts, soakaways and underground harvesting tanks. A sealed downpipe connector is used to join the system to the tank, and we assess your current setup and produce a detailed plan before quoting.

A typical roof collects thousands of litres annually, sufficient to supply both a water butt and a soakaway. A leaf filter on the downpipe prevents biofilm formation within the tank.

To manage overflow during heavy rain, we install a high-level overflow that diverts excess water once the tank is full. Discharge routes are designed to comply with Building Regulations Part H.

Listed buildings require materials and profiles that match the original in order to satisfy planning requirements. Conservation officers typically expect cast iron half-round or ogee gutters for Grade II properties, and modern uPVC is rarely approved for protected facades.

Where permissible, we use cast aluminium ogee profiles, which are lighter and can be finished to closely resemble cast iron in appearance.

Custom cast iron components carry longer lead times, so we raise this during the survey to allow for your project schedule. All specifications — including profile, bracket type, colour and installation method — are set out in full within the quote.