Steel gates hold their shape at widths timber cannot. For wide Cheshunt driveway openings that is the whole argument — a 3m leaf in 50×50mm SHS stays square where a timber pair would sag. Capital Fencing installs metal gates across Cheshunt and out to waltham cross and enfield. Broxbourne Borough coverage plus proximity to M25 J25 means most quotes are on your inbox within 48 hours of a site visit. Recent work on Windmill Lane and Flamstead End Road. We orient jobs off Cedars Park.
Steel gates hold their shape at widths timber cannot. For wide Cheshunt driveway openings that is the whole argument — a 3m leaf in 50×50mm SHS stays square where a timber pair would sag. Capital Fencing installs metal gates across Cheshunt and out to waltham cross and enfield. Broxbourne Borough coverage plus proximity to M25 J25 means most quotes are on your inbox within 48 hours of a site visit. Recent work on Windmill Lane and Flamstead End Road. We orient jobs off Cedars Park.
Galvanised steel or wrought-iron-style frames with hardwood or composite infill. Standard build: 50×50mm SHS frame, 40×40mm infill or hardwood slats, hot-dip galv + RAL powder-coat. On Cheshunt jobs we adjust for ground water near the lee valley means post bases need extra care to prevent rot.
Property mix locally: mid-century semis and bungalows, plus newer riverside developments toward Goffs Oak. Typical gardens: long flat gardens — many back onto the Lee Valley with high-water-table conditions. Postcodes we regularly service: EN7, EN8.
Hinge posts are set deeper and concreted wider than fence posts because a steel leaf loads them every single day. We allow for long flat gardens — many back onto the Lee Valley with high-water-table conditions when setting out in Cheshunt. Practically, that means handles automation loads without the reinforcement carpentry timber gates need — and we're upfront that no natural warmth — often paired with timber slats or composite infill.
Galvanise then powder-coat: the coat is cosmetic, the galvanising is what keeps a Cheshunt gate off the rust list. Survey slots across EN7 are usually inside a week. Worth weighing won't warp, drop or shrink the way timber does against impact damage usually means welding and re-coating on site before you commit.
Galvanise then powder-coat: the coat is cosmetic, the galvanising is what keeps a Cheshunt gate off the rust list. We work this patch weekly, from Brookfield Riverside out toward waltham cross. Practically, that means handles automation loads without the reinforcement carpentry timber gates need — and we're upfront that no natural warmth — often paired with timber slats or composite infill.
Galvanise then powder-coat: the coat is cosmetic, the galvanising is what keeps a Cheshunt gate off the rust list. For mid-century semis and bungalows in EN7, that is where the cost sits. Practically, that means handles automation loads without the reinforcement carpentry timber gates need — and we're upfront that no natural warmth — often paired with timber slats or composite infill.
Hinge posts are set deeper and concreted wider than fence posts because a steel leaf loads them every single day. We allow for long flat gardens — many back onto the Lee Valley with high-water-table conditions when setting out in Cheshunt. In short: won't warp, drop or shrink the way timber does, though impact damage usually means welding and re-coating on site.
The bottom rail of a gate frame traps moisture longer than any other part of the gate, which is why frame rot almost always starts there first — a gate hung close to ground level with poor drainage underneath will rot faster than one with a clear run-off gap.
Where a repair addresses bottom-rail rot, improving drainage at that point is usually worth doing at the same time.
A timber gravel board sitting flush against damp soil draws moisture upward by capillary action in the same way a wall can suffer rising damp, and it is usually the first component to fail on an otherwise sound fence.
Concrete gravel boards avoid this entirely and are now the standard base for that reason, but where timber boards are kept for appearance, setting them a few millimetres proud of finished ground level makes a real difference.
Backfilling right up against a timber board with topsoil or mulch defeats the point, since it holds moisture directly against the face that most needs to stay dry.
Properties within a designated flood risk zone can be subject to additional requirements around solid boundary structures that might obstruct floodwater flow across the site.
A solid close-boarded fence can behave differently to a more open picket or post-and-rail design when it comes to how water moves through a garden during a flood event.
Where flood risk mapping shows a property is affected, checking with the local authority or Environment Agency for any relevant guidance is sensible before choosing a boundary style.
The European use-class system grades timber by the exposure it's treated to withstand: Use Class 3 covers timber above ground but exposed to weather, such as capping or fascia boards, while Use Class 4 covers timber in ground contact or fresh water, such as posts.
A Use Class 4 post buried in soil needs a deeper, longer-lasting retention of preservative than a Use Class 3 rail bolted between two posts, because the ground contact zone stays damp for far longer than an exposed but well-drained horizontal timber.
Specifying the wrong class isn't always obvious at installation, since both can look identical when new, but it shows up years later as premature rot concentrated at ground level rather than along the whole length.
Timber deck boards expand slightly when they absorb moisture and contract as they dry, so boards laid without a small gap between them can cup, bow or push against each other as conditions change through the year.
The correct gap depends on the moisture content of the timber at the time of laying — kiln-dried boards laid tight in winter may need a slightly wider gap than the same boards laid already at a higher moisture content in summer.
Composite boards move with temperature rather than moisture and have their own manufacturer-specified gap and expansion allowance, particularly at butt joints and against fixed edging.
Extending or partially replacing a fence next to an existing run that's staying in place means matching post spacing, panel height, board profile and finish as closely as the existing materials allow.
Exact colour matching on stained or painted timber that's weathered for a few seasons is rarely possible with a fresh coat, so the realistic aim is a close, deliberate match rather than an invisible join.
Where the existing run uses a discontinued panel size or profile, the practical options are sourcing reclaimed stock, having a bespoke run made to match, or agreeing a visible but tidy transition point with the client upfront.
The mortice joint where an arris rail meets a post is a natural place for water to collect, since the joint interrupts the smooth run of both timbers and can hold moisture in the gap even after the surrounding wood has dried.
This is a common early failure point on older featherboard fencing, where the rail can rot through at the joint while the rest of the rail well away from the post remains sound.
Modern galvanised joist-hanger-style brackets used instead of a traditional mortice avoid this trap entirely, which is why many newer close-boarded fences use bracket fixings even where the visual style still resembles a traditional arris rail panel.
Some developments, particularly newer estates, are subject to an estate management scheme or a management company with its own rules covering boundary treatments, materials and even colours.
These schemes usually run alongside normal planning law rather than instead of it, so a fence can need to satisfy both the council and the estate's own management company.
Annual estate charges often fund maintenance of shared boundary features, so it's worth checking what's already covered before commissioning separate work on a shared line.
A drop bolt that no longer locates in its ground socket is often bent slightly from repeated contact rather than broken, and a bent bolt can sometimes be straightened rather than replaced if the bend is caught early.
Leaving a bent bolt in use accelerates wear on the socket edges as it forces its way in at an angle each time, which turns a simple bolt problem into a socket replacement too.
A tall boundary fence can significantly shade a neighbouring garden depending on orientation, and while there's no general legal right to a set amount of sunlight in a garden, an unusually tall or dark structure close to a shared boundary is a common source of neighbour friction.
Slatted, louvred or partially open designs let some light and air through while still giving privacy, which is often a reasonable middle ground where a fully solid fence would cause a shading complaint.
Discussing height and design with an affected neighbour before building, even where there's no legal requirement to, tends to avoid a dispute that a technically-compliant fence wouldn't otherwise resolve.
Fencing around a retail unit's rear yard or customer car park usually has to satisfy insurer requirements for secured perimeters as well as simple boundary marking, particularly where stock or delivery cages are stored outside.
Vehicle impact is a real consideration in a car park boundary, and posts near a marked bay or turning circle are often specified heavier or protected by a bollard rather than relying on the fence itself to survive a low-speed shunt.
Work here is usually scheduled around trading hours and delivery windows, since blocking a rear yard during a delivery slot can hold up a retailer's whole day.
A mesh fence's aperture, the size of each gap between wires, and its wire gauge, the wire's diameter, together determine how much it restricts sightlines, resists intrusion and how heavy the finished panel is.
A smaller aperture with a heavier gauge wire gives better security and a more solid appearance, but adds weight and wind load that the supporting posts and foundations need to be sized for.
Wire gauge is often expressed in millimetres in current UK specifications rather than the older imperial standard wire gauge numbers, and mixing the two systems when comparing products can lead to ordering the wrong strength mesh.
Gate hinges are rated by the load they can bear without excessive wear or sag, and that rating depends on the hinge's material, its pin diameter and the bearing surface area between the moving parts.
A heavy timber gate on a lightweight hinge designed for a garden gate will wear the pin and bushing far faster than the same hinge on a lighter gate, eventually developing a visible droop at the latch side.
Stainless steel or greased bronze bushings resist wear better than plain steel-on-steel hinges, particularly on gates opened frequently, where repeated friction is the main driver of hinge wear rather than corrosion.
A capping rail sits along the top edge of a closeboard or panel run, covering the end grain of the vertical boards in the same way a post cap protects a post top.
Beyond weather protection it also ties the tops of the boards together, reducing the individual movement that otherwise shows up as a wavy top line after a few seasons of wetting and drying.
It's usually a shallow, weathered profile rather than flat stock, so it sheds water off the fence face instead of holding a bead of moisture along the top edge.
We fabricate to the opening rather than cutting a stock gate down, so the gap at the meeting stiles is even top to bottom across EN7, EN8. Metal Gates across EN7, EN8 is one of our regular runs. We'll quote honestly, tell you if metal gates isn't the right answer for your garden, and book the job in within a week or two of a signed quote. Recent work on Flamstead End Road and Windmill Lane. We orient jobs off Cheshunt station.
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