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Seven Sisters, Highbury Substation

Highbury Substation, Islington, London


Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Highbury Substation
Highbury Substation
Highbury Substation
Highbury Substation
Highbury Substation
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Highbury Substation
Highbury Substation
Highbury Substation
Highbury Substation
Highbury Substation
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About the Project

Chelsea Expanded Metal security screens at Highbury Substation, Seven Sisters, London.

The 3D rhomboid form of the expanded metal mesh screening was designed to match the etched-concrete sculptural wall on which it is fixed.

The brief was to continue the bold theme whilst not blocking light to the adjacent dwellings.

Chelsea expanded metal mesh was chosen as it can appear both transparent and opaque simultaneously, depending on the viewer’s perspective.

The Locker-designed framework was powder-coated bronze to complement the vernacular brickwork.

 

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Green Park Plot 2.2, Reading

Green Park Plot 2.2, Reading


Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
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Green Park 22
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About the Project

Huskisson architectural cable mesh installed as staircase cladding at plot 2.2, Green Park, Reading.

The mesh was fabricated as a continuous single form, 16 metres high. The mesh creates an aesthetically pleasing effect and provides the required security level along with a fire rating of '0'. Huskisson architecural cable mesh was the perfect solution for this client.

 

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Energy Recovery Plant, Portsmouth

Energy Recovery Plant, Ham, Portsmouth


Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Energy Recovery Plant
Energy Recovery Plant
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Energy Recovery Plant
Energy Recovery Plant
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About the Project

Brocklebank Triple Architectural Wire Mesh façade installed at an Energy Recovery Plant at Ham, Portsmouth.

 

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46-47 Berth Cruise Terminal, Southampton

46-47 Berth Cruise Terminal, Southampton


Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Berth Cruise Terminal
Berth Cruise Terminal
Berth Cruise Terminal
Berth Cruise Terminal
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Berth Cruise Terminal
Berth Cruise Terminal
Berth Cruise Terminal
Berth Cruise Terminal
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About the Project

St David architectural mesh security screening at Berth Cruise Terminal, Southampton.

The pre-galvanised mesh provides a secure knife-proof barrier to enclose port luggage scanning equipment. The wide aperture, herringbone weave of the mesh is strong but also semi-transparent, to provide a high level of visibility to security staff and cameras outside the barrier.

 

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Antrim Golf Club, Northern Ireland

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British Film Institute, London

British Film Institute, London


Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
Turtle Bay Restaurant ceiling infill
British Film Institute
British Film Institute
British Film Institute
British Film Institute - copy
British Film Institute - copy - copy
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British Film Institute
British Film Institute
British Film Institute
British Film Institute - copy
British Film Institute - copy - copy
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About the Project

Biscay 7 architectural wire mesh installed as mesh curtains at the British Film Institute, London.

The mesh acts as an innovative acoustic baffle and a visual break to the ceiling. The curtain configuration allows for unimpeded operation of air conditioning and sprinklers.

Photographs are courtesy of the British Film Institution.

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Churchill 11/11 Copper

Churchill 11/11 Copper Wire Mesh


A medium-density, intermediate-crimp woven mesh.

Typically supplied in copper or brass, and used for bar grilles, room dividers, and other ornamental metalwork.

Material Availability

Readily available in both Copper and Brass. Made to order in other materials such as stainless steel, mild steel, etc.

Finishes

Powder coated finish available, provided the mesh is secured in a frame.

Fabrication

Locker Architectural can supply this mesh secured in a frame of your choosing.

Enquire about this mesh

Please do not hesitate to get in touch to discuss your project, our early involvement often saves substantial time later on.

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Primark Monks Cross

Primark, Monk's Cross Shopping Park, York


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About the Project

161 bespoke 6.3 metre long extruded aluminium fins were designed and fabricated by Locker to specification for Marshall Building Contractors to complete a striking decorative façade at Primark in York.

The fins were anodised brushed finished in silver ready for installation by the Locker team at the popular Monks Cross Shopping Park.

Architect:Urban Edge

 

Mesh used in this project

Extruded Aluminium

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Millennium Bridges

Millennium Bridges, Maidstone


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About the Project

Gladstone PC 100/10 architectural mesh installed as bridge balustrading in Maidstone.

Two bridges were designed to cross the River Medway in Maidstone. The award winning designs by architect Cezari M Bednarski

KENT MESSENGER MILLENIUM BRIDGE, KENT

This is the world’s first ‘cranked’ stress ribbon bridge. The deck of this bridge consists of two concrete catenaries that were designed with a dogleg alignment with the angle between them at 25 degrees. The overall length of the bridge is 101.50 m ( river span 49.5 m + side span 37.5 m ). It appears to be the only UK concrete Millennium Bridge and the only one that was not a subject of design competition. The project was commenced in 1998 and completed in 2001. Among all the UK Millennium bridges it had the lowest cost of £2880 ( US$ 4420 ) per m2 of deck, including additional costs related to extreme flood conditions. Cezary M Bednarski’s practice acted as the lead consultant subcontracting structural engineering to Strasky Husty and Partners, with Flint & Neill as the checking engineers. Winner of a 2002 Royal Institute of British Architects Award, the American Institute of Architects / UK, London Chapter, Design Excellence Awards 2003 Commendation, and 2002 fib ( FÉDÉRATION INTERNATIONALE DU BÉTON ) Awards for Outstanding Concrete Structures Nomination.

BLUE MILLENNIUM BEAM BRIDGE MAIDSTONE, KENT

One of two bridges linking an existing river walk with a river and rail locked new park. The design represents an attempt at reintroducing a simple beam as an artistically exciting option in light of the escalating costs of pedestrian bridges reported in the UK. Thanks to its unconventional design this 75 m long bridge has a very slender appearance, which is enhanced by the bold use of colour. Looking as if rested on the tips of four slender fingers, the bridge is carried by two delicate V shaped piers. Circular openings on the underside facilitate deck inspection access, while also saving material and introducing a visual relief to the underside. Two new Maidstone Millennium Park bridges, both designed by Studio Bednarski, form a part of a £7.8 million Millennium project, which was 50% funded by the Millennium Commission. The construction stage photographs were taken in October 2000 during serious flood conditions on the river Medway. Winner of a 2002 STRUCTURAL STEEL DESIGN AWARDS Certificate of Merit for high standard of design.

 

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Green Park Plot 6

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