Glass Balustrade Case Studies

This stainless steel post and glass panel balustrade was installed to the communal staircase of an HMO property in Rotherham — a multi-storey managed residential building where the balustrade is used by multiple tenants daily and needed to meet commercial rather than residential building regulations.

The system uses brushed stainless steel posts floor-fixed with base plates, with toughened glass panels held in stainless steel clamp fittings at the top and bottom of each panel. Posts are spaced to the structural specification for the glass panel thickness, with each base plate anchor-bolted into the staircase structure rather than surface-fixed.

A continuous stainless steel handrail runs the full open side of the staircase. On the opposite wall, a separate wall-mounted stainless handrail was installed — required under building regulations for commercial staircases where a handrail must be accessible on both sides across all flights.

Structural and load compliance data was provided to the building owner on completion. The specification meets the higher 3.0kN/m barrier loading requirement applicable to HMO and commercial staircase installations under BS6180.

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This frameless channel glass balustrade was installed to a flat-roof terrace at a residential property in Doncaster — a large L-shaped run with unobstructed views over a substantial garden below.

The system uses 17.5mm toughened and laminated safety glass throughout. Laminate construction was specified for this installation rather than toughened-only because the terrace sits directly above a usable outdoor area — if a panel were ever struck hard enough to break, the laminate interlayer holds the glass together rather than allowing shards to fall.

Each glass panel is fixed down into the concrete roof pattress through a continuous aluminium base channel, with no above-surface posts or clamps. The channel profile sits flush against the terrace edge, leaving the full height of the glass unobstructed. All joints were sealed with specialist fibreglass sealant at the channel base to ensure long-term weatherproofing around the fixing points.

The work was completed over two days, with the staircase remaining in use throughout.

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This combined spiral staircase and glass balustrade installation at a property in Bingham was specified in steel, beech, and glass — a single coordinated scheme rather than two separate trades.

The spiral staircase frame and hardware are powder-coated basalt grey steel, with solid beech tread inserts. Vertical steel spindles run from each tread up to the underside of the handrail — keeping the staircase visually open while providing the required guarding to the spiral.

The stairwell balustrade uses 10mm toughened safety glass panels fixed between posts in the same basalt grey powder coating, keeping the metalwork consistent across both elements of the installation. 10mm toughened glass was appropriate here — the panels span between fixed posts rather than being cantilevered, so the load path is straightforward and the thinner specification is both sufficient and cleaner-looking.

The beech treads were chosen for their warmth against the grey metalwork. The natural pale tone of the beech sits well alongside the steel and keeps the palette from feeling purely industrial. All work was completed by our team in Bingham, with the staircase handed back in full working order.

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This was a full renovation of a glass balcony at a residential property in Nottingham — the original structure had deteriorated to the point where the glass, fixings, and decking all needed replacing rather than repair.

The existing balustrade and deck surface were stripped back to the structural substrate. The new balustrade uses a continuous aluminium base channel housing 17.5mm toughened and laminated safety glass — laminated glass was specified because the balcony is elevated and the glass is overhead relative to the ground-floor area beneath. A brushed stainless steel handrail was added at the top rail, providing a practical grip and a defined top edge to the balcony.

The balcony floor was replaced with composite decking — a practical choice for a balcony that takes direct weather exposure, as composite requires no annual treatment and holds its colour without fading or splitting. New soffit boards and an aluminium fascia board were fitted to finish the underside and edges of the structure.

All work was carried out by our own installation team over two days. The balcony is fully BS6180 compliant and was handed back in full use.

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Burslem School of Art in Stoke-on-Trent is a Grade II* listed Victorian building. The facility required a significantly higher level of fall protection along an internal balustrade that was below safe guarding height for their specific use. The existing balustrade was structurally sound but too low — the brief was to install a full-height glass safety barrier above it without removing the original feature or causing irreversible alteration to the listed fabric.

The glass panels are 11.5mm toughened and laminated. Laminated construction was specified for this application: if the glass were to be struck or broken, the interlayer holds the fractured panels in place rather than allowing them to fall or shatter outward. This is the correct specification for a safety-critical internal barrier where impact is a foreseeable risk.

Working within a Grade II* listed building constrained the fixing approach throughout. Every fixing point — into the existing balustrade, the floor, and where necessary the perimeter structure — was planned to avoid irreversible alteration to the historic fabric. The barrier frame was designed so that the primary load path ran through the existing balustrade structure rather than the surrounding masonry, keeping new fixings to a minimum.

The system provides the full guarding height required for the environment while remaining visually open — preserving natural light and sightlines across the space, which matters in a supervised setting. The finish is clean and unobtrusive, reading as a considered addition rather than a retrofit.

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This 6mm toughened glass splashback was supplied and installed for a residential kitchen in Nottinghamshire, covering the full wall area behind the hob and worktop in a single sheet.

The panel was manufactured to the customer's exact dimensions — measured on site to account for the socket positions and the worktop return at each end. Two socket cutouts were required, diamond-cut into the toughened glass at the time of manufacture. Cutouts of this type must be specified before the glass is toughened; they cannot be drilled in afterwards without risk of fracture.

The glass was bonded directly to the wall using a colour-matched neutral-cure silicone sealant. A neutral-cure product was used rather than acetic-cure silicone to avoid any reaction with the paint surface behind the glass. The panel was held in position while the sealant cured and then sealed along all four edges to prevent moisture ingress behind the panel.

The installed surface has no tile joints, no grout, and no gaps for grease or moisture to penetrate. The 6mm toughened specification is hob-safe — toughened glass does not conduct heat through its thickness in the way a thin backing material might, and the installation clearance from the nearest burner was confirmed against the hob manufacturer's requirements before fitting.

This frameless Juliet balcony was installed at a new-build property in Chesterfield, across a set of bifold doors on the first floor. The opening was wide — four glass panels were required to span the full width and maintain the frameless appearance.

The glass specification is 21.5mm toughened and laminated — the thicker laminate spec was chosen for this width of opening. Juliet balconies are classed as guarding under BS6180 and must meet the external barrier loading requirement. 21.5mm laminated glass satisfies this without the need for a structural frame or additional horizontal rails.

Each panel is fixed using 50mm stainless steel standoff brackets bolted through the glass and fixed back into the building structure. Between panels, 50mm stainless button fixings connect adjacent panels and keep them in plane across the full span of the opening — important on a wide four-panel installation where panel alignment under lateral load matters.

The fixing points were drilled into the structural fabric of the building above and below the bifold frame, avoiding any load on the bifold mechanism itself. The bifold frame and surrounding render were undamaged and required no making good after installation. Completed in one day and fully BS6180 compliant.

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Installation of a frameless glass balustrade system to two walk-out steel balconies at a HMO property in Sheffield. The project involved the supply and installation of aluminium base-mounted glazing channels, mechanically fixed to the steel balcony structures to provide a secure and durable fixing point for the glass panels. The balustrades were formed using 17.5 mm toughened and laminated safety glass, providing a strong, impact-resistant barrier that complies with safety requirements while maintaining an open, contemporary appearance and maximising light and visibility from the balconies. The glass panels were carefully aligned and secured within the aluminium channel system to achieve a clean, frameless finish. To complete the installation, a continuous brushed stainless steel handrail was fitted along the top edge of the glass to provide additional structural integrity, user safety, and a high-quality architectural finish. The completed system delivers a modern, low-maintenance balustrade solution designed to withstand external conditions while enhancing the usability and appearance of the outdoor spaces.

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This frameless glass staircase balustrade was installed alongside an open oak tread staircase at a residential property in Lincoln. The brief was to add a compliant guarding system without interrupting the open, structural character of the oak treads.

17.5mm toughened and laminated glass was specified. Laminated glass is the standard choice for staircase balustrades where the glass panel is the primary guarding element — if the panel is struck hard enough to crack, the PVB interlayer prevents the glass collapsing into the stairwell.

The panels are fixed to the staircase string using stainless steel standoff buttons — one at the top of each panel and one at the base. The buttons hold the glass proud of the string face, creating the floating-glass appearance. Each standoff was individually positioned to account for the angle of the staircase, so the glass panels align consistently through the full run.

A continuous black powder-coated handrail was fitted along the top edge of the glass. Black was chosen to contrast with the pale oak treads rather than disappear into them, and the continuous profile runs uninterrupted from the newel at the bottom of the staircase to the landing above.

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This staircase renovation in Mansfield replaced an original white pine spindle balustrade with glass panels and new solid oak components throughout.

The pine spindles and original handrail were removed, and new solid oak newel posts, handrail, and baserail were fitted in their place. The oak components were precision grooved — a router channel cut along the inside face of both the handrail and baserail — to house the glass panels directly within the timber. The 8mm toughened glass panels are glued into the grooves and held in place without external clamps or visible brackets. The result is a clean continuous line of glass between the oak rails with no hardware breaking the surface.

8mm toughened glass was specified here rather than laminated glass because the staircase is internal and the panel spans are short — the structural case for the thicker laminate specification doesn't apply in this configuration. Toughened glass at this thickness is compliant with building regulations for residential interior staircase balustrades.

The work was completed in two days. The staircase was back in use the same evening.

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We were contracted to supply and install two Balconnette Aerofoil glass balustrade systems at the Lotus car dealership in West Bridgford, Nottingham. The balconies are curved — both in plan — which required the glass panels and the aluminium aerofoil handrail to be bent to the bespoke radius of each individual balcony.

Bending the Aerofoil handrail to a tight radius while maintaining a clean, uninterrupted profile is a precision process. The glass panels were also curved to match, keeping the finished installation flush and consistent around the full arc of each balcony.

Both systems were powder coated white to suit the specification of the building. The white finish gives a clean, contemporary result that sits well against the architectural detailing of the showroom interior.

All installation work was carried out by Premier Glass Products. As an official Balconnette approved supplier and installer, we managed the full process — measurement, specification, order, and installation — as a single contract.

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This spigot glass balustrade was installed at a residential property in Worksop on an outdoor terrace with existing large-format porcelain tiles.

21.5mm toughened and laminated glass was specified for this project. The elevated spigot fixing point — rather than a base channel — was chosen specifically because of the tiled surface. A continuous aluminium channel would have required cutting a slot through the full length of the tile run; spigots avoid this entirely, fixing down through individual diamond-drilled holes spaced along the terrace edge.

Diamond drilling through porcelain requires slow speeds and water cooling to prevent cracking. The fixing positions were carefully marked out before any drilling began, and the spigot base plates were then anchored into the substrate beneath. Each plate was checked for level before the glass was offered up.

The 21.5mm laminate specification — rather than the more common 17.5mm — was selected to match the larger panel span on this terrace. The result: a completely frameless balustrade with brushed stainless spigots as the only visible hardware, and the tile finish entirely intact.

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This staircase renovation in Derby replaced dated white round-post spindles with a cleaner system built around square white newel posts, solid oak rails, and grooved glass panels.

The old components were removed and the structure inspected before anything was fitted. Square white newel posts replaced the original round posts — the sharper profile sits better against the flat edges of the oak rails on either side.

The handrail is a standout detail: a bespoke flat-planed solid oak rail, worked from a single piece, with the grain running its full length. The oak was hand planed rather than machined to achieve a smoother feel underhand and a more natural surface texture. Matching oak baserails and oak newel caps carry the material through the whole staircase.

The glass panels are housed in grooves routed into both the oak handrail and baserail and glued in place — a cleaner result than external clamps, with no visible hardware above or below the glass. The grooved fixing also prevents any lateral movement or rattling in the panels over time.

Completed in two days at the Derby property. The staircase was back in use the same evening as the second day.

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