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Jackson House Manchester UK Spiral Mesh Curtains Inside Image

Jackson House, Manchester, UK

Jackson House, Manchester, UK


Jackson House Manchester UK Spiral Mesh Curtains Inside Image

Biscay 7 Spiral Mesh Curtain complete with Copper Painted Finish utilised to create a magnificent decorative ceiling feature at the reception to Jackson house, a modern mixed-use office building in Sale, Manchester.

Video and images kindly supplied by  Contract Services Ltd.

Dubbed affectionally as “the swirl”, the Biscay mesh Specified by Garnett Netherwood Architects, forms the pivotal piece at the heart of this refurbishment project, installed by Contract Services Ltd.

Jackson House Manchester UK Spiral Mesh Curtains Inside Image

The curtain mesh is suspended from wires back to the ceiling, giving the impression that it is floating.

Jackson House Manchester UK Spiral Mesh Curtains Inside Image
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Greenwich Design District Buildings C1 and D1 Full View

Greenwich Design District – Buildings C1 and D1, London

Greenwich Design District - Buildings C1 and D1, London


Bringing the Inside Out.

Greenwich Design District Buildings C1 and D1 Full View

Locker Architectural were sub-contracted by Ardmore Construction to design, supply and install over 2,000m2 of Rope Diamond Ferruled mesh for use at Greenwich Design District. The project was hailed as a great success and featured on the cover of Architects Journal.

Greenwich Design District Buildings C1 and D1 45 Degrees View

Specified by Architecture 00, buildings C1 and D1 fully utilise the unparalleled flexibility of this mesh for façade cladding, balustrading, bird netting and forming a state of the art rooftop Multi-use games area.

Greenwich Design District Buildings C1 and D1 Inside Netting

The transparency of the mesh is intended to strip back to the most basic of building components, while affording tenants with a truly impressive view of the surroundings.  The stairs and lifts are also on the exterior of the building, truly connecting the interior and exterior of the buildings.

 

 

Greenwich Design District Buildings C1 and D1 Inside View

Thanks to Taran Wilkhu the photographer for photos 1 – 4, and Greenwich Design District for commissioning them.

Greenwich Design District Buildings C1 and D1 Full View of Netting
Greenwich Design District Buildings C1 and D1 Front and Side
Greenwich Design District Buildings C1 and D1 Close Up View
Greenwich Design District Buildings C1 and D1 Side View
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2 Cumberland Place Dublin Front

2 Cumberland Place, Dublin

2 Cumberland Place, Dublin


2 Cumberland Place Dublin Front

Aluminium Brocklebank 20/5 mesh at 2 Cumberland Place Dublin.

Over 500 panels of Brocklebank 20/5 were used to create the bronze fins which add texture to this modern glass façade.

2 Cumberland Place Dublin Side

The mesh was sandwiched in a box section frame, before being powder coated.

2 Cumberland Place Dublin Close Up

The mesh was installed by GLF Façade Specialists and specified by Billings Design Associates.

In tandem with the perforated metal supplied by others, the mesh forms a brise soleil for the office workers within the building.

 

Pictures courtesy of GLF Façade Specialists.

 

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Perfluctus Embossed and Perforated Mesh Front

Perfluctus

Perfluctus Embossed and Perforated Metal


Perfluctus Embossed and Perforated Mesh Front

Locker laser-cut aluminium sheets, complete with graduated radiused vertical corrugations, ideal for eye catching and unusual façade cladding.

Perfluctus Embossed and Perforated Mesh Top
Perfluctus Embossed and Perforated Mesh Close Up

Finish Shown: Grit blasted Aluminium, with polyester powder-coated finish

  • 2:1 ratio of wavelength to wave depth 
  • 2mm Aluminium
  • 40% open area
  • Vertical spans up to 3m unsupported.
  • The perforated pattern, as well as the depth and wavelength of the profile, can be varied to create a bespoke facade.

Availability:

Made to order in aluminium.

Secondary Finishes:

Available in either anodised or powder coated finishes.

Fabrication:

This is a bespoke product needing design input to tailor product to project requirements.

 

Perfluctus Embossed and Perforated Mesh Blue Print

Bespoke panel sizes are available on request.

Applications

Perfluctus is a lightweight mesh perfect for Façade Cladding.

Locker manufacture the finished article, including cutting to size, framing, finishing, and ancillary components.

In case of any bespoke requirements, our experienced in-house design and fabrication team will develop and supply the system and components you need to install goods on-site.

Contact our sales team to talk to us about your specific requirements.

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Jacobson 612 Silver Architectural Mesh Perpendicular

Jacobson 612 Traditional Pre-Crimped Wire Mesh

Jacobson 612 Traditional Pre-Crimped Woven Mesh


Heavy, opaque, and opulent, perfect for wall and lift cladding.

PDF Technical Sheet

The mesh is formed from a combination of flat and round wires. The end result is a robust, completely opaque product, more visually similar to embossed sheet metal than a woven mesh. Perfect for high-end projects.

Dependent on your application and criteria, Jacobson 612 is available in the following materials:

  • Stainless Steel
  • Aluminium
  • Copper
  • Brass

A secondary powder-coated, or anodised (aluminium only) finish can also be applied in a myriad of different colours and effects.

Metals in the warp and weft directions (horizontal and vertical) can be mixed to achieve stunning visual effects e.g. brass wire running vertically and stainless steel running horizontally.

Jacobson 612 Traditional Pre-Crimped Wire Mesh is a Codina Architectural product, supplied and distributed in the UK by Locker Architectural.

Jacobson 612 Silver Architectural Mesh Perpendicular
Jacobson 612 Silver Architectural Mesh Perpendicular

Mesh shown is Natural Finish Aluminium

Standard Panel Sizes

Bespoke panel sizes are available on request.

Applications

Jacobson 612 is ideal for a number of different applications, including but not limited to:

Lift Enclosures

Decorative Metalwork

Locker manufacture the finished article, including cutting to size, framing, finishing, and ancillary components.

In case of any bespoke requirements, our experienced in-house design and fabrication team will develop and supply the system and components you need to install goods on-site

Contact our sales team to talk to us about your specific requirements.

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St Luke Natural Finish Stainless Steel

St Luke Traditional Pre-Crimped Wire Mesh

St Luke Natural Finish Stainless Steel

St Luke natural finish stainless steel mesh

Sample shown is Stainless Steel with a Natural Finish

Specifications

Pattern Name : St Luke EEC Reg. Des. 000102777
Material : Stainless Steel AISI 316L. DIN 1.4404
Open Area : 54%
Wire Diameters : 2x2.0mm x 3.15mm
Aperture : 14mm
Thickness of Mesh : 7.15mm
Weight : 11.2Kg / m2
Maximum Mesh Width : 2000mm
Standard Panel Size : 3000mm x 2000mm
Standard Fixing System : Angle Frame Secured with Flat Strip

Locker manufacture the finished article, including cutting to size, framing, finishing, and ancillary components.

In case of any bespoke requirements, our experienced in-house design and fabrication team will develop and supply the system and components you need to install goods on-site.

Download pdf data sheet

Contact our sales team to talk to us about your specific requirements.

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Brocklebank 15/15 pre-crimped mesh

Brocklebank 15/15 Pre-Crimped Wire Mesh

Brocklebank 15/15 Architectural Wire Mesh


Brocklebank15-15 mesh

Sample shown is Stainless Steel

Brocklebank is a LOKMESH® high security mesh with a Flat Top weave, where the wire is pre-crimped and woven in such a way as to make the surface of one side flat and smooth.

LOKMESH® Flat Top Mesh

Specification

Aperture: 15 x 15 mm
Wire diameter: 2.5 mm
Open area: 70%
Weight: 5.1 Kg/m2

Locker manufacture the finished article, including cutting to size, framing, finishing, and ancillary components.

In case of any bespoke requirements, our experienced in-house design and fabrication team will develop and supply the system and components you need to install goods on-site.

Contact our sales team to talk to us about your specific requirements.

Download PDF Technical Sheet

Typical applications include: ceilings, balustrades, facades, brie soleil, security panels and drapes.

Generally available in grades 316 and 304 stainless. Can also be made to order in Galvanised steel, Aluminium, Brass and Phosphor Bronze

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Lucerne-5/16-SS-Mesh

Lucerne 5/1.6 Traditional Pre-Crimped Wire Mesh

Lucerne 5-1.6 Metal Architectural Mesh


Lucerne 5-16 wire mesh

Sample shown is Stainless Steel

Lucerne is a LOKMESH® high security mesh with a Flat Top weave, where the wire is pre-crimped and woven in such a way as to make the surface of one side flat and smooth.

LOKMESH® Flat Top Mesh

Specifications

Pattern Name : Lucerne 5/1.6
Material : Stainless Steel AISI 316L. DIN 1.4404

Open Area : 56%
Wire Diameters : 1.6mm x 1.6mm
Aperture : 5.0mm x 5.0mm
Thickness of Mesh : 3.2mm
Weight : 5.12Kg / m2
Maximum Mesh Width : 2000mm
Standard Panel Size : 3000mm x 2000mm
Standard Fixing System : Angle Frame Secured with Flat Strip

Locker manufacture the finished article, including cutting to size, framing, finishing, and ancillary components.

In case of any bespoke requirements, our experienced in-house design and fabrication team will develop and supply the system and components you need to install goods on-site.

Contact our sales team to talk to us about your specific requirements.

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Sawston MSCP Unity Campus

Sawston Unity Campus MSCP

Sawston Unity Campus


Sawston Unity Campus Project Front View

Sawston Unity Campus multi-storey car park, clad in 2,600m2 of Locker laser-cut aluminium sheets, complete with graduated radiused vertical corrugations.

 

Sawston Unity Campus Project Front View
Photo kindly supplied by Unity Campus, with help from Limewash.

Locker successfully completed the full design, engineering, fabrication and installation of this project on time and within budget for Bourne Group.

The Architectural practice was Nicholas Hare.

Sawston Unity Campus Project Blue Print

Design challenges

  • Each panel had identical sinusoidal corrugations. The perforated pattern, as well as the depth and wavelength of the profile, can be varied to create a bespoke facade.
  • The panels were only 2mm thick but had to vertically span up to 3m unsupported. The radius profile of the panels had to be deep enough to impose the required rigidity.
  • The constraints of the rolling tool had to be considered when determining radii.
  • The panels were designed to overlap enabling neighbouring panels to share common fixings.
  • Wind, snow and ice forces were considered.
  • The design maintains rigidity whilst having a 40% laser-cut open area for air flow.
  • The slot centres were adjusted to take account of the sinusoidal radii.
  • The drawing extract below shows a typical laser-cut sheet prior to, and following radius forming:
Sawston Unity Campus Project Blue Print

Fabrication Challenges

  • Perforation slots had to be laser cut prior to forming the radii.
  • The slots were not to distort during the radius forming.
  • The perforated sheets had to be incrementally “bumped” in a break press to form the exact radii.
  • The sinusoidal radii had to be consistent from panel to panel.
  • The panels were grit blasted prior to being polyester powder-coated. The grit blasting process removes the toolmarks.
  • The corner panels were site measured and installed last.
  • The laser cut panels had to be consistently accurate to the millimetre as they could not be altered on site.
  • The following images show the mesh panels laser-cut in their unformed state and in their radiused condition: -
Sawston Unity Campus Project Mesh Panels
Sawston Unity Campus Project Mesh Panels

Installation Challenges

  • Setting out of the panels was key to the project success to avoid accumulative error. Our site careful survey avoided abortive works where steelwork was out of alignment.
  • The extract below shows how we had to adapt our setting out to accommodate the slope in the building from left to right. This we had to stagger each panel location by 8mm.
  • Installation was undertaken from all-terrain scissor lifts. No lifting gear was needed.
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ribera gold expanded architectural mesh

Ribera Architectural Expanded Metal

Ribera Architectural Expanded Metal


Download PDF Technical Sheet

Expanded metal mesh combines strength and rigidity with a high percentage of open area for air flow, making it suitable for a wide range of decorative and functional applications. The precise level of screening and open area can be tailored to your requirements.

Dependent on your application and criteria, Ribera Expanded Metal mesh is available in the following materials:

  • Mild Steel
  • Pre-galvanised Steel
  • Aluminium
ribera gold expanded architectural mesh
ribera gold expanded architectural mesh

Samples shown are Aluminium with Powder Coated Finish

Standard Panel Sizes

  • 1,000mm x 2,000mm
  • 1,250mm x 2,500mm
  • 1,500mm x 3,000mm

Bespoke panel sizes are available on request.

Applications

Ribera mesh is modelled on a louvre, visually dense but allows a high level of air flow. This makes it perfect for a number of different applications, including but not limited to:

Locker manufacture the finished article, including cutting to size, framing, finishing, and ancillary components.

In case of any bespoke requirements, our experienced in-house design and fabrication team will develop and supply the system and components you need to install goods on-site.

Contact our sales team to talk to us about your specific requirements.

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