Wire Meshes for
engineering, architecture & design
London South Bank University
Architect : Grimshaw
External Facade made from MULTI-BARRETTE 8159
Haver & Boecker produced an individual architectural wire mesh, designed to meet the specific technical requirements of the architect .
Los Angeles Police Department
Architect : JFAK
External Facade made from EGLA-MONO 4832
To realize the undulating form of the facade, panels of EGLA-MONO 4832, are split into vertically and horizontally tensioned elements. 34 vertical panels up to 13500 mm long and 2440 mm wide. The horizontal canopy consists of 12 panels with a maximum length of 5750 mm in the same width.
Southern General & Neo-Natal Hospital, Glasgow
Architect : Hypostyle
Floating elements of weave type MULTI-BARRETTE 8301 provide effective, contemporary solar shading to the 3 storey extension.
The stainless steel mesh compliments the palette of high quality materials used throughout the project.
Tudor House, St. Peter Port.
Architect : Knox Bhavan
This stunning facade is clad in pre-patinated copper which gives it a blue/green martime glow. To continue the maritime theme, elements of weave type MULTI-BARRETTE 8124 were installed horizontally to create sun-shades.
Biomedical School, Southampton University
Architect : Nightingale Associates
The externall cat-walk to the large glazed facade was dressed with weave type MULTI-BARRETTE 8124, offering sun protection and at the same time maintaining natural light levels within.
The mesh also provides privacy protection for the nearby residents by creating a visible barrier and a perceived obscuring of views from inside the building.
Waterloo Square, Southshields
Architect : Jefferson Sheard
Powder coated elements of DOKAWELL-MONO 3431 create this striking feature. The masts and flags of brightly coloured mesh remind visitors of the town's nautical history.
Langside College, Glasgow
Architect : Archial Architects
Elements of EGLA-MONO 4391 are suspended via tension cables infront of the windows to provide sun protection.
Ealing C.O.V.E, London
Architect : Architects Design Partnership
At the Ealing Centre of Vocational Excellence, elements of MULTI-BARRETTE 8124 were installed to perform a dual function: that of sun-screen and also of projection screen.
Union Square, Aberdeen
Architect : Building Design Partnership
The multi-storey car-park at this award winning project features elements of weave type MULTI-BARRETTE 8123. The openess of the mesh provides natural light and ventilation to the car park.
Cadbury's, Bourneville
Architect : Stanton Williams
External Facade made from MULTI-BARRETTE 8105
Haver & Boecker produced an individual architectural wire mesh, designed specifically to meet the specific technical project requirements.
Salford Innovation Forum, Manchester
Architect : Faulkner Browns
7.6M long elements of DOKA-BARRETTE 8914 provide sun protection to two elevations of the Innovation Forum.
The HAVER tension profile & clevis screw fixing system was used to fix the mesh to the sub-structure.
New Teaching Block, University of Dundee
Architect : Campbell & Arnott
Elements of weave type EGLA-MONO 4631 are tensioned between the sub-structure of this beautiful contemporary building, to provide sun protection to the spaces within.
Car Park One at Chesapeake
Architect : Elliott & Associates
External Facade made from LARGO-PLENUS 2022
To achieve a homogenous surface with only 25% open area, Haver & Boecker designed a new mesh specification using slightly crimped flat wires: LARGO-PLENUS 2022 made from Stainless Steel Type 316.
Small gaps between panels provide minimal interference for the integrity of the mesh facade.
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Newcastle Royal Victoria Infirmary
Architect: AMEC
Weave type MULTI-BARRETTE 8101 is used to offer protection from driving rain to the external staircases.
The design brief called for single length panels to span a height of over 8M, with no intermediate fixings. To achieve this, a new type of bottom fixing detail was designed and created by our sister company HAVER & BOECKER.
ROMA Office Building, Rostock
Architect: OTT Architects
Contemporary design using EGLA-MONO 4391, with an almost invisible bespoke fixing system to provide a stunning building facade.
Depending on the viewing angle, the facade is sometimes dense or transparent.
Heriot Watt University, Edinburgh
Architect : Hypostyle
External Facade made from EGLA-MONO 4391
With an open area of 52%, weave type EGLA-MONO 4391 proves effective solar shading to the Post Graduate Centre at the Heriot Watt University.
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Cork Airport,
Multi-Storey Car Park
Architect : Jacobs Engineering
Pictures taken during the construction phase showing the near-complete installation of one of the six facades created using MULTI-BARRETTE 8301.
The openess of MULTI-BARRETTE provides natural light and ventillation to the floors of the car park.
Cambourne Business Park,
nr. Cambridge
Architect : Aukett Ltd., London.
The twin wires of EGLA-TWIN 4243 made it easy to form the panels to the desired curved shape.
Not only does the mesh act as a facade to the staircases, but it also offers a degree of protection from falling rain.
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Cologne Airport, Car Park 3
Architect : Murphy/Jahn, USA
External Car Park Facade made from weave type MULTI-BARRETTE 8101.
McGill University
Architects: KPMB Architects
Located amidst the Old Town, the EGLA-TWIN façade adds 21st century design to this beautiful part of Montreal. Elements of EGLA-TWIN 4313 cover the different levels of the building providing sun protection. At the same time the openess of the mesh allows natural light to transmit to the building within. The Haver & Boecker tensioning system using flat tension profiles and clevis screws ensures optimum tension.
John Madejski Academy
(Reading FC)
Architect : Wilkinson Eyre Architects
External Facade made from MULTI-BARRETTE 8301
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VW Car Park, Wolfsburg
Architect : Bendorf + Partner
External Car Park Facade made from MULTI-BARRETTE 8301
Hatrick Hasselt
Architect : Holistic Architecture 50 5
The key component of this façade is the architectural woven wire mesh. DOKAWELL-TRIPLE 3803, designed, engineered and manufactured by our sister company Haver & Boecker, is made of PET coated stainless steel wire. Its weather resistance has been successfully tested, so the material offers longevity which meets the expectations of the architect.
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Manzenreiter Store
Architect : X-Architects, A-Graz
Stainless steel elements of weave type DOKA-MONO 1661 were lacquered to create the golden mesh veil for this department store.
The facade extends beyond the roofline and required a special sub-structure to support the single length elements.
Digital Media Centre, Barnsley
Architect : Bauman Lyons
Framed elements of MONTANA mesh were fitted to the southern elevation to control solar gain. The mesh cuts out 50% of the light incident on the glass but is very transparent and softens the elevation.
This 3D mesh gives the appearance of frozen fabric. The bronze colouring gives warmth to the external elevations and introduces variegate light into the interiors.
Solihull College, West Midlands
Architect : Nightingale Associates
Elements of EGLA-MONO 4801 is used to clad the external fire escape stair enclosures, offering a degree of rain protection to the staircases within.
Aspire Tower
Architect : Hadi Simaan
Weave type: DOGLA-TRIO
The Aspire Tower is the landmark of the Asian Games 2006 in Doha, Qatar. Located directly next to the Games Stadia, construction of the 318 meter high tower commenced in April 2005, with final completion of the interior due by August 2007.
The tower is designed to resemble a large torch, which is achieved with wire mesh elements supplied by Haver & Boecker. The facade consists of 3452 single elements with a total area of appr. 30,000 square meters.
St Paul's Hospital, Hong Kong
Architect : P&T Architects & Engineers Ltd
Weave type : DOGLA-TRIO
St. Paul’s Hospital, located in the centre of Causeway Bay, is one of the leading private hospitals in Hong Kong. Over the centuries the hospital has been modernized, developed and expanded several times.
As a part of the recent modernization the newest hospital tower received an IMAGIC WEAVE® media facade by Haver & Boecker. This powerful and versatile LED system enables the content of the facade to be easily adjusted to suit the customer’s requirements.