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Architectural
Recent Projects
Product Details
Architectural Benefits
Applications

 

The New Museum Of Contemporary Art , New York USA

Selfridges Whale Birmingham

Woodlands Community Centre, London

Edinburgh Forth Rd Toll Booth

Centre, Munich, Germany

The Young Vic Theatre, London

The Bilbao Exhibition Centre

Business Centre, Stokesly, North Yorkshire

The Public Library, Des moines, USA

Manhattan Shopping Centre, Poland

Tintwhistle Footbridge Derbyshire

Tolbooth Centre, Stirling Scotland

MIMA Art Gallery Middlesbro

Canary Wharf Tube Station, London

Tolbooth Centre Stirling Scotland

Securilath

Walkways

The Expanded Metal Company Hartlepool

Alan Camp Architects, London

Blue Nite Club, Blue Design Newcastle

Elastic Space, New Cross London.

MFI Colindale

More 4 London

St Marylebone School
London.

Shirpol Airport Amsterdam

Hampton Wick

Milton Keynes Hospital

Expanded metal walkway is commonly used where grip underfoot is crucial.

The Visage, London

The Expanded Metal Company, Poland

Stonebridge Park , Eger Architects

Ventilated Screening at Calsonic, Washington

Hamburg Airport

 

 

Recent Projects


CladdingSaana Architects - The New Museum Of Contemporary Art , New York USA

Expanded aluminium cladding system. The outer skin of this 7 storey building is clad in expanded metal.

The bright aluminium surface catches the light, reflecting the changing moods of every day throughout the year.

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Structural Support MeshFuture Systems Architects - Selfridges Whale Birmingham

Traditionally, expanded metal mesh has been used to act as a support and a key for plaster and render. Progressing these applications one stage further.

The Expanded Metal Company has developed the material to act in a supporting role on much larger projects.

The Expanded Metal Company has developed a mesh which can be fixed to the supporting steelwork of new buildings, yet can be curved in both elevation and plan.

The significance of this is that, when sprayed concrete is applied to the supporting structure, to create a shaped or sculptured surface, the amount of concrete used can be greatly reduced. This has the combined benefits of reducing material costs, shortening application times (and therefore labour costs), and keeping the weight of the finished surface to a minimum. Around 10,000m2 of mesh was used in the first project, Future System’s Selfridges store in Birmingham, also known as “The Whale”.

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Cladding – Eger Architects – Woodlands Community Centre, London

Eger Architects used two different types of mesh to create an external skin around this environmentally self sustainable community centre, located in East London.

The “Bilbao” mesh was used to cover the bland concrete elevation, whilst a large louvered mesh was used as both glazing screen and transparent balustrade panels. Both were powder coated to a verdigris colour to match the buildings surroundings. The Expanded Metal Co. worked closely with both architect and contractor to ensure the correct product was specified and delivered to site.

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Facade and Soffit structureReiach & HallEdinburgh Forth Rd Toll Booth

Designed by Edinburgh based architects Reiach & Hall, the new Forth Road Bridge Toll Booths include a decorative aluminium mesh to the front sides and soffits of the structure.

The Expanded Metal Co. worked closely with the design teams to create a mesh which when fixed back to structural purlins was both aesthetically pleasing and also resistant to the high wind loads anticipated at the bridge. The mesh allows a high degree of light transmission creating a calming effect for queuing drivers, when it is backlit on an evening.

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Sun screen panels, Theresienwiese Service Centre,  Munich, Germany

Highlighting the range of materials that can be expanded, this Bavarian centre effectively combines the use of both solid and expanded copper sheeting on the elevations.

Additionally doorframes and window grilles have been fabricated, incorporating the “Bilbao” type mesh. Because of increased material yield and minimal wastage during the expanding process, mesh lends itself easily as a cost effective way to use high value materials in architecture.

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Cladding , Haworth Tompkins, The Young Vic Theatre, London

Haworth Tompkins’ 2006 refurbishment of the Young Vic theatre in London, saw expanded metal employed as not just a cladding system, but a lighting feature and art work too!

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Solar Screening, The Bilbao Exhibition Centre, Bilbao, Architects- Cesar Azcarate – Idom / Esteban Rodriguez – Sener

This massive project utilised an Expanded Metal mesh to create a high sunscreen around the Exhibition Centre. The mesh is fixed to the structural metalwork at angles to create not only a cantilevered striped effect but an effective sun and glare screen.

The mesh was coated to a very high standard in order to combat the temperatures of Bilbao.

The actual mesh which was used, was christened the “Bilbao” mesh, because of the huge impact it had on the marketplace.

The 115mm x 48mm mesh size and very wide strand width means that light is allowed through in one direction but not the other. This invaluable feature is unique to expanded metal mesh, and has meant it has been used in a variety of cutting edge projects since.

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Solar Screening, Business Centre, Stokesly, North Yorkshire

The new business start up centre in Stokesley, North Yorkshire was designed by McDowell & Benedetti Architects.

The unusually shaped building was clad in a special grade aluminium mesh with a 43mm x 17mm diamond which was anodised bronze. Not only does the mesh act as a cladding to the exterior walls, but it also serves as a sunscreen over the windows. The mesh is cut into narrow strips that are framed and fitted to an actuator rod which can be moved to prevent glare as the sun moves throughout the day.

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Solar Shading, The Public Library, Des Moines, USA

This striking building shows just how versatile and effective expanded metal mesh can be. Designed by David Chipperfield Architects, the outer walls of this public building are made from glass panels filled with expanded metal.

German manufacturer Okalux designed the panels with mesh supplied from The Expanded Metal Company’s German counterpart, Sorst. The panels were designed to act differently in either light or dark conditions.

During the day the panels appear to be solid copper and prevent solar heat gain. In the evening the light spills out from inside the building creating a more open. almost transparent, effect.

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Staircase Balustrading – Manhattan Shopping Centre, Poland

This internal application used a flattened expanded metal mesh in galvanised steel. The mesh was incorporated into the hand rail.

Both sides were put in a C-profile and fixed with stainless steel screws. Mesh panels were also supplied in raked panels leading to and from the landing areas.

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Footbridge Barrier, Tintwhistle Footbridge Derbyshire

Derbyshire County Council used one of the new square meshes in a new public footbridge over the River Etherow.

A 25mm square mesh was chosen in hot dipped galvanised steel and was framed with angle. This was then fixed to the metal framework.

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Stairwell Panels, Tolbooth Centre, Stirling Scotland

During its renovation in 2001, Edinburgh based Richard Murphy Architects cleverly combined a conventional expanded metal mesh with a dark powder coated finish, optimising transparency on the liftshaft and stairwell panels.

This meant the mesh could be used functionally as a balustrade, without detracting from the prominence of the surrounding stonework. Expanded Metal was also used on acoustic wall panelling within the recording studio.

Second picture shows balustrading at the Fruit Market Gallery

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Ceiling Panels, MIMA Art Gallery Middlesborough

A flattened, galvanised steel mesh was used to create both the external and internal ceiling of Middlesbrough’s new art gallery, designed by Erick van Egeraat Associate Architects.

The steel mesh sheets of 1200mm x 2130mm were galvanised to give a rough, uneven industrial effect synonymous with the working heritage of Teesside. The sheets were then simply screwed directly onto the unistrut gridwork, supporting the ceiling.

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Acoustic Ceiling Panels – Canary Wharf Tube Station, London

Foster and Partners designed this underground rail station, where the ticketing hall included expanded metal as part of the noise reducing measures.

A medium duty, flattened, galvanised steel mesh was used, giving optimum open area to allow sound energy into the absorbing material fixed behind it. The oversize panels were polyester powder coated dark blue to match the surrounding metalwork.

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Acoustic wall panels – Tolbooth Centre Stirling Scotland

Acoustic insulation has come a long way since bedroom walls were covered in egg boxes. Already specified on balustrades and as an architectural feature throughout, the recording studio of The Tolbooth Centre also benefitted from expanded metal.

Used to create a sound-proof room, expanded metal reduces noise, looks attractive and dispenses with the need for egg boxes!

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Securilath

Securilath gives you the opportunity to “build-in” maximum security. Easily fixed to brickwork, blockwork, stud partitioning, ceiling joists and roofs in metal or timber, Securilath drastically reduces the risk of forced intrusion and has LPCB accreditation.

Ideal for safe-rooms, banks and computer rooms etc, Securilath has a dedicated brochure, available from here

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Walkways

Heavy duty expanded metal walkways are suitable for use in both domestic and industrial applications. Available in a range of materials with varying properties, including Supagrip™ expanded metal walkways offer a cost effective and sustainable solution for access areas, balconies, walkways and wheelchair access ramps.

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Balustrade – The Expanded Metal Company Hartlepool

A range of diamond and patterned flattened meshes can be framed with u section to make complete ballustrade panels.

A painted or galvanised finish offers a weatherproof protection. Balustrade shown is on the reception building of The Expanded Metal Company, Hartlepool featuring our Marketing Manager, Michelle Todd.

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Staircase Panelling – Alan Camp Architects, London

Copper was selected as the material of preference for the refurbishment of architectural offices belonging to Alan Camp Architects.

The stairwell wall panels and office screens offer partitioning privacy in addition to a stunning aesthetic impact.

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Interior Design – Blue Nite Club, Blue Design Newcastle

The Expanded Metal Company stepped in at the eleventh-hour to enable local interior design company, Blueprint to fulfil the finishing touches to their design brief for one of the most historically renowned night spots on Newcastle’s Quayside.

The refurbishment of the former ‘Julie’s’ nightspot was to a tight schedule of around ten weeks to recreate and re-launch the iconic nighttime venue. The design was created through a wish to reflect high quality salubrious surroundings using luxurious upholstered seating and boutique lighting. These are complemented by mesh panels, to enhance the interior façade of the building, thus creating greater synergies with the internal light and screening effects.

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Mesh Cladding System – Elastic Space, New Cross London. T P Bennett / MacDonald Egan

The designers wanted to transform a plain concrete face on the gable and upper window surrounds on a refurbished factory converted into high quality apartments.

Working in conjunction with James & Taylor, the solution was to use a clear anodised aluminium 200 Mesh fixed onto the columns.

Chris Sutton from Blueprint praised EMCo’s response “As we were let down by our initial supplier, we thought that the whole mesh aspect of the project would have to be shelved. However we called the Expanded Metal Company who visited us with suitable samples within a few hours of our call.’ He continued ‘We were impressed with their immediate response and understanding of our requirements, coupled with the diverse range of off the shelf options.

The Expanded Metal Company are a dynamic flexible company with traditional customer service values. They would certainly be our first choice for future mesh projects.’

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Glazing Sunscreen Panels: MFI Colindale – Fletcher Priest.

On a new MFI development in Colindale in North London, Expanded metal panels were used behind the glazing screens to provide anti –glare and solar shading properties.

The mesh was formed into trays and framed with a U edging section to improve strength and were polyester powder coated grey to complement the surroundings. The mesh used was ref. 1294 with UF19 edging.

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Sunscreen: More 4 London – Foster & Partners.

Foster & Partners wanted to screen a plant equipment area on the roof of phase 4 of the More Development on London`s South Bank.

The main criteria was that the plant room area would be screened from ground level, yet let sufficient airflow through to allow for cooling and ventilation of equipment. Expanded Metal Co worked closely with the design team to develop an new mesh specification based on a walkway profile, but having a heavy strand and a controlled aperture. To minimise weight, aluminium was used .

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St Marylebone School – London. Gumuchdjian Architects.

As part of the redevelopment of the school, Philip Gumuchdjian and his team were tasked to build an innovative classroom block, in this conservation area.

The design extensively used CorTen steel and Expanded Metal Company was involved in the design of window grilles in CorTen which had to allow maximum light transmission into the building, yet be strong enough to avoid excessive fixings. An elongated hexagonal mesh shape was chosen and after several prototypes were appraised, a mesh made from  3.0mm thick CorTen was used.

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Jet Blast Screen , Shirpol Airport Amsterdam

This dense stranded expanded metal mesh is framed and set at an angle to stem the impact of aircraft jet blast during take off and landing.

The jet blast screens at Schipol are around the taxi-ing areas and stands/ gates  at the airport mainly to prevent damage from jet blast to vehicular traffic.

 

Our wind protection barriers are a classic. Not only do they meet the most exacting safety requirements for protecting people, vehicles, freight, and buildings from air currents, they also help avoid damage to aircraft turbines from recirculation of air currents. An additional benefit is the ideal enclosure of hangars and walkways.

This SORST product is used at most of the world’s airports today.

The combination of reliable protection with almost unrestricted vision has been a key contributor to its success. And transferring it into different positions is easy and uncomplicated.

We also offer the wind protection barriers with louvers as an option. 

The expanded metal or louvers are enclosed in sturdy steel frames and hot-dip galvanized, or powder-coated on request. The expanded metal, frames, and concrete foundations or anchors are designed based on the respective air currents. The height of the wind protection barriers depends on the hangar, type of aircraft, and the height of the building or vehicles to be protected.

Please provide the above information when inquiring about wind protection barriers. In most cases we have the appropriate solutions readily available.

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Balcony – Hampton Wick

Working with Osel Architects, we used the new square mesh range to create Juliet Balcony infill panels and gate panels on a new residential property.

This was the first time this mesh was used and we worked with the metal worker to get the right sizes.

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Car Park at Milton Keynes Hospital

Car Park at Milton Keynes Hospital by Ingleton Wood Working with our cladding partner, James and Taylor, this brand new car park combined the new car park system together with more traditional timber cladding.

A new mesh was created uniquely for the project (233mm lwp) and was expanded from specially ordered, premium quality aluminium direct from the mill. The mesh panels were expanded into 3000mm long panels direct from coil (the first time this had been done with this kind of mesh) and sent for andodising into four different types (natural, gold, dark bronze and light bronze). The architect created a random sequence for the panels to be fitted onto the car park. The mesh now gives the car park security, air flow and aesthetics.

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Marina Pontoon – Expanded metal walkway is commonly used where grip underfoot is crucial.

Bradwell Marina has recently undergone an extensive redevelopment with expanded metal, once again, proving invaluable to the project.

Refurbishing a marina of over 300 births is no mean feat, and Stuart Townsend the Marina Manager at the Essex anchorage had some tough decisions to make during the process. One material able to tick all the right boxes and solve several problems in one go was expanding metal.

Floating pontoons are used to access the moored vessels. Traditionally these have been constructed entirely from wood, but this means much time and money needs to spent on maintaing them. Stuart discovered that by using expanded metal on the walkways not only could he provide a light weight slip resistant walkway, he could also save money initially and reduce the likelihood of expensive repairs in the future.

Expanded metal offers significant advantages in terms of strength to weight, enabling it to withstand heavy foot traffic whilst being light enough to be used on the floating pontoons. Cost savings on similar materials are also impressive, expanded metal is made from a single piece of metal; cut and stretched to form a mesh with little or no waste, meaninig a little metal can make a lot of mesh.

There was one other reason why expanded metal was so suitable for this project; supplied in sheets the mesh is simply fixed to the pontoon. Should a sheet of mesh become damaged it can simply be lifted out and replaced with a new sheet, while the old sheet is recycled.

Titchmarsh Marina in Walton, Essex has also benefiited from expanded metal in the same application and several other marinas across mainland Europe have also discovered that versatile expanded metal can lend itself perfectly to such applications.

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Roof Walkway Access System, Alan Roofing , The Visage, London

The view from the penthouse apartments of The Visage in London’s Swiss Cottage, doesn’t come cheap. Prices start at £1.3m and rise to over £5m, but for this you get a Mary Poppins eye-view across the capitals smoking chimney tops, though alas, no Dick Van Dyke and a cheeky cockney wink! If you look a little closer however, you may notice a silvery glint from the expanded aluminium walkway as it criss-crosses the flat roof below.

EMC customer Allan Roofing are particularly proud of this project – one of London’s biggest mixed use projects of recent years – not only for the sheer volume of mesh used, but because it provided such a neat finish to such a prestigious project. Gavin Minnis, Procurement Manager for Allan Roofing comments “we are extremely pleased with all of the projects where the expanded metal walkway has been utilized, and will continue to use it as a fundamental component in future projects.”

He continues “We chose EMC product because of the obvious high quality and the fact that the standard sheet sizes fit our design perfectly. The systems are assembled off site, transported in 2.4m lengths (same as the sheets provided) and ‘clipped’ directly to the roof sheet, preventing unnecessary penetrations which undermine the roofs integrity”.

Allan Roofing have already used the system on many other high profile clients including Pfizer and Arsenal Football Club. Just some of the reasons for the popularity of this system are, Gavin explains, “it’s straightforward appearance, the fact it is ready for exterior use without any additional painting or preparation and it matches the Stucco/Mill aluminium roof finish, a very popular and appealing look within the roofing industry.”
Certainly, when Andy Foster and Deanne Malton of EMC’s marketing team visited site recently they were delighted with the quality of the work on display.

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Exhibition Stand , The Expanded Metal Company,  Poland

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Pavilllion Perimeter Surround with mesh cut out letters, Stonebridge Park , Eger Architects

An “astonishing” project that has helped transform a troubled London borough estate has a distinctive external appearance, thanks to the imaginative use of expanded metal mesh.

The Pavilion is the centrepiece of a £2.8 million development of sports and community facilities at the Stonebridge Estate in Brent. The work marks the culmination of more than a dozen years of investment in both the community and the physical environment of the estate, which was one of the few government-sponsored Housing Action Trusts, or HATs.

The sports project, which also includes state-of-the-art outdoor pitches, contributed towards the estate winning this year’s “Community Benefit” category in the annual Royal Institution of Chartered Surveyors’ (RICS) Awards.

The Pavilion, which was officially opened in January, includes a reception area; office; changing rooms; café; multi-purpose hall for sports including basketball, netball and tennis; training rooms and a viewing terrace that overlooks floodlit artificial sports pitches.

The most striking feature of The Pavilion is that the entire façade is clothed in anodised aluminium mesh, supplied by The Expanded Metal Company. This use of a material previously associated with the internal structure of buildings as reinforcement or as a carrier for plasterwork, lends the Stonebridge sports facility a practical, but nonetheless airy quality. It helps render the building secure without giving it a fortress appearance. Letters spelling The Pavilion were cut out of the aluminium mesh specified for the façade, anodised separately in a red colour and re-attached within the facia to fix its identity.

The RICS judges were very impressed by what they saw, commenting that the overall effect of the project was astonishing and that “the whole locality is transformed.”

Referring specifically to the Expanded Metal façade, Barry Woodman, chairman of the RICS award’s London Assessors said: “It provides a practical, utilitarian and relatively cost effective outer shield, while maintaining an attractive appearance. We were impressed by the careful detailing, and the design of the outer shutter to the main doors was very clever and innovative.”

Meanwhile, for designers Eger Architects, partner Selina Hamilton said: “The facility is for local residents and the wider community, addressing inequalities in education and skill, health and employment opportunities. The client wanted a façade solution that provided high security at night and a robust exterior.”

The entire sports project, with Durkan Pudelek as main contractor, took just 12 months to complete. The expanded metal mesh was engineered by The Expanded Metal Company’s close partners, cladding specialists, James & Taylor Ltd, who were instructed by the architect to find a material that protected against rain, sun, and unwanted attempts at entry. Taking the sheets of, expanded mesh, James & Taylor  fabricated them  into frames, allowing each section of anodised mesh to be securely fixed to the structure, creating a hard wearing reflective finish. They were supplied to the installation subcontractor, Steel Options, who in turn installed the mesh façade on behalf of the main Contractor 

Andy Foster, Head of Marketing at The Expanded Metal Company commented, “The use of expanded metal mesh is attracting the attention of ever more architects as its raft of qualities are understood more fully. The use of reflective metal, as in the case of the Stonebridge Estate on a large façade ensures that it changes appearance during the course of a day as the weather and natural light conditions alter. “
He added that the aesthetic quality of mesh as a material can be varied according to the choice of a virtually limitless variety in the pattern of the mesh itself.

Architects working in or for the public sector will be further encouraged by the fact that expanded metal mesh’s environmental qualities tick multiple boxes on the sustainability checklist. Its production is not wasteful of the material used.  The mesh is created by a process of stretching and slitting the metal rather than punching out holes, so there is minimal waste. In many cases around 40% of the product is manufactured using recycled metals and of course it is itself recyclable when the construction, of which it is part, comes to the end of its useful life.

The mesh is strong yet lightweight and its flexibility adds a range of design possibilities. Any ductile material can be expanded to a range of thicknesses and patterns, from traditional diamonds to squares, hexagons, parallel strands and so forth. It can be finished in a range of specialist coatings – powder-coated, painted, galvanised, anodised and coloured to blend in with any environment.

It also has the appeal of being both a new material in the architectural sense, but a tried and tested one within the field of construction generally.  This enables architects with a public sector client to offer designs which are pioneering in concept but that use a material whose characteristics and strengths are well known; a fact that always recommends itself to the risk-averse public project.

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Ventilated Screening at Calsonic, Washington – TTH Architects.

Automotive components manufacturer Calsonic wanted to utilise existing space adjacent to their Washington, Tyne & Wear, manufacturing plant for increased storage and offloading facilities.

The problem that they encountered was the neighbouring building would suffer excessive light loss if a traditional brick / cladding extension was built. The architects, Gateshead based TTH worked closely with the Expanded Metal Co to develop a ventilated storage area incorporating our 5401 mesh which was clad onto the 2 outer elevations, and allowing high light transmission, whilst providing  a secure working area. This complimented the roofing which incorporated skylights.

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Car Park, Hamburg Airport

 

 

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The Expanded Metal Company Ltd. PO Box 14, Longhill Industrial Estate (North), Hartlepool, Cleveland TS25 1PR, England.
Tel: +44 (0) 1429 867388 Fax: +44 (0) 1429 866795
Email: sales@exmesh.co.uk

Registration Number: 5634441 - Registered in England & Wales

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