Comar are delighted to welcome Tom Cahill as Business Development Manager for London & SE areas.
Contact Tom at: email@example.com
Comar are delighted to welcome Tom Cahill as Business Development Manager for London & SE areas.
Contact Tom at: firstname.lastname@example.org
Comar in conjunction with their approved fabricator Tradeglaze provided and installed the Aluminium solutions for the new KLIC Innovation Centre, Nar Ouse Regeneration area based in Kings Lynn, Norfolk.
The 22,000sq ft centre is owned by Nwes the leading enterprise agency and delivers long awaited state-of-the-art commercial work space for the West Norfolk area. This £5 million centre was made possible with £2.5 million of funding from New Anglia Local Enterprise Partnerships – Growing Places Fund and £1,150,000 million from the local Borough Council.
Comar systems installed on this project were: 6EFT Curtain Walling, Comar 9P.i Fixed Lights with Comar 7P.i Commercial Doors installed for the external entrances.
Architect: Fielden & Mawson
Contractor: R G Carter, Kings Lynn
Chamberlain Student Accommodation
The University of Birmingham’s new Chamberlain Hall Student Accommodation is an impressive example of regeneration which is in keeping with the landscape as well as providing all essential capacity growth for the future. Consisting of 2 linked tall towers at 17 at & 21 stories and 5 “finger” blocks.
With the modern financial implications of studying and attracting international students, accommodation needs are changing. The University of Birmingham now has a building which gives good quality architecture and a landmark to Birmingham’s skyline that advertises the quality of the institute to perspective students and their parents.
Feasibility studies indicated that to increasing the density could not be achieved with the existing floor-plan therefore a new building was commissioned. The design concept was to maintain the links to the previous building tower yet create a design that was modern, light; creating a place where students would want to live, socialise and study.
The Façade concept was to ensures that the palette of colours is sympathetic to the landscape, using rich coppers, and an intelligent use of brickwork the building merges into the landscape and maintains cross corridor views to the lake.
The façade had to provide function as well as form. Day-lighting is vital to aid with studying, no dark gloomy corners, a light and airy interior is desirable. Natural ventilation was a must, however, in keeping with the structured façade open-in windows were required fronted with ventilation panels, to allow ventilation yet not impact on the façades integrity, maintaining the clean lines and sleek elevations.
Making the façade work and integrate with all the cladding elements involved Comar Architectural Aluminium Systems designing new methods of fixing. The flush façade was a must and all the elements: Comar Glazing, Mesh and Copper panels needed to integrate.
One of the engineering challenges on the project was the connection of the perforated copper cladding panels to the Comar 6EFT curtain walling. This connection had a few considerations, such as the metals being at opposite ends of the galvanic table, aesthetic demands, thermal performance and the structural considerations of loading panels to Comar 6EFT curtain walling.
Continental Installations worked closely with Comar Architectural Aluminium Systems and main contractor Balfour Beatty on the complex façade. The team designed a bespoke capping profile which was extruded with re-enforced walls capable of fixing the copper panels directly to it. A heavy duty pressure plate with a fixing port arrangement, was used to mechanically fix the capping to the pressure plate. Subsequent regular fixings then transmitted the applied loads back to the rear structural mullion member to ensure there was no thermal bridging. All connections were fully isolated to prevent bi-metallic corrosion.
This bespoke design then included inward full height opening windows which sat behind the façade, Comar 5P.i Advanced Tilt/Turn open in windows were selected. These windows were perfect for the application as they offer slim sight-lines, thus maximising daylighting as well as the profiles themselves have thicker walls that provide robustness and large spans to ensure they stand the test of time.
On the window elements Comar 5P.i Advanced Tilt/Turn open in windows were selected. These tilt/turn windows are perfect for the application, they offer slim sight-lines to maximise day-lights as well as the profiles themselves have wide wall thicknesses that provide robustness to ensure they stand the test of time. The wire mesh fitted directly onto the window.
The five finger blocks were sited to draw people through the buildings and connect with the landscape beyond. Full height windows were selected, again, from the Comar 5P.i Advanced Tilt/Turn range. Fritted glass was used to the bottom of the glazing, allowing light, but prevents items below the desk being seen from the outside. The use of bay windows provide a feature to the buildings facade and views of the landscape for occupants. At upper levels again to maximise views, study bedrooms have splayed bay windows, a feature in the original 1960s Mason Hall.
Systems Used: Comar 6EFT Curtain Walling, Comar 5P.i Advanced Tilt & Turn Windows & Comar 7P.i CD Doors
Project Value: Part of £42 Million Redevelopment
Photographer: John Kees Photography
Comar Architectural Aluminium Systems, with their approved fabricator Anglia Fixing Ltd; completed an extended rebuild of John Ray Infants School which was burnt to the ground during a 12 hour fire, days before the pupils returned from summer holidays. This extended new build project has enabled the school to increase its intake from 285 to 360 pupils providing much needed extra school places in the local community.
This project was completed using Comar 5P.i ECO Top Hung Windows. The aluminium P.i & P.i ECO window and door systems use trademarked Polyamide Insulated (P.i) that provides exceptional thermal performance and reduces heat loss through the thermal break ensuring low U-values and therefore ensuring energy bills are minimised.
Comar 7P.i Commercial Doors are a natural choice in a busy school environment and were selected for the main entrance and external doors. The doors and windows were hung directly into the Comar 9P.i Framing system which was also used to install a large glazed area to the schools front facade.
System Used: Comar 5P.i ECO (Top Hung), 9P.i Framing & 7P.i CD
Comar Architectural Aluminium Systems, with their approved fabricator Veranti Systems; recently completed the new Seaford Library complex in East Sussex. This multi million pound project is part of the Sutton Park Road development for East Sussex County Council and Saxon Weald Homes and includes a library, cafe, supported living for adults with learning disabilities and adult day services for older people.
This mixed use project was completed using Comar 5P.i Tilt & Turn windows, Comar 6EFT Curtain Walling, Comar 7 Folding Sliding Doors and Comar 7P.i CD doors in both Pivot and Sliding configurations. Comar 5Pi window system uses trademarked Polyamide Insulated (P.i) that provides exceptional thermal performance in a market where energy efficient designs and meeting the demands of the latest building regulations are paramount. From fifteen basic Comar 5Pi profiles, all window configurations, such as casement, top swing reversible, pivot, tilt and turn and sliding can be manufactured.
The architect’s design vision was to create a continuous wall of glass to the libraries ground floor facade. With this in mind, and to ensure the design brief could be achieved, Comar 6EFT was selected as it offers architects a flexible system, providing a structurally glazed solution, with options for facets, concealed vents and an extensive range of profiles that cater for large structurally glazed panes.
In a mixed use development both Comar 7 and Comar 7P.i CD systems are a natural choice. Not only are they available in swing, pivot, sliding, auto-sliding and sliding folding, they have been designed specifically to be suitable for public and domestic applications. The entrance doors to the library were also required to comply with the Disability & Equality Act 2010.
Comar Architectural Aluminium Systems, with their approved fabricator Barking Shopfronts; recently completed a change of use building refurbishment on Grove House, Ealing, London. Situated between Ealing High Street and the Ealing Green Conservation Area, this building was a 1980’s unused former teaching facility, forming part of the University of West London, has now been transformed into 100 self contained studios for students. Barking Shopfronts were able to ensure that this project could be completed within the restraints of the budget.
This building conversion was completed using Comar 5P.i Tilt & Turn and fixed light windows, Comar 6EFT curtain walling to the main entrances and stairways, Comar 7P.i Doors for the entrances with Comar 9P.i Framing used for the side lights.
Comar 6EFT 4sided SG provides a structurally glazed solution with EPDM or Silicon seals, 6EFT offers architects the opportunity to maximise a glazed area as it has the slimmest seals on the market enabling as much natural daylight as possible into the staircases.
In a busy residential and particularly high traffic student environment, Comar 7P.i Commercial Door sets are a natural choice. Not only are they available in swing, pivot, sliding, auto-sliding and sliding folding, they have been designed specifically for public applications. All aluminium was powder coated to a Grey RAL 7037 Matt finish.
Architects: Aros Architects
Fabricator: Barking Shopfronts Ltd
Main Contractor: Bennett Construction
Project Value: £360K
System Used: Comar 5P.i, 6EFT, 7P.i, 9P.i
Location: Ealing, London
Aluminium: The Trusted Building Material Offering Future Proof Capability.
Aluminium is the ubiquitous construction material, constantly evolving with design. It is a building material that offers the designer reassurance as well as catering for new demands. For construction professionals gaining a grasp of its capability is a future proof skill.
Aluminium gives the architect the opportunity to design feature and style to a building every time it is specified. Naturally, each project is different and aluminium can complete the design concept of even the most innovative practice. Developments in 3D modelling and extrusion now mean that aluminium is the building material which literally pushes the envelope to the forefront of design.
Not only is design aspiration catered for but this is a material which is both sustainable and offers longevity. In a Delft University pan-European study 86% of aluminium used in the old Wembley stadium was recycled and reclaimed. Longevity and lifecycle analysis is also favourable with standard 25-year guarantees for polyester powder coated aluminium and 35 year guarantees for anodised applications. The lifespan of aluminium, if properly maintained, can be indefinite: the top of the Empire State Building was one of the first examples of anodised aluminium and is still a gleaming, eye catching feature today.
If one considers the building envelope integrating large glazed screens, canopies, windows and focal entrance points all can be achieved through installing and integrating, aluminium ground floor treatment, curtain walling, windows and doors. The envelope can be expanded with roof glazing to incorporate pitched, barrelled or pyramid vaults. These areas can be as sleek as the designer requires. Aluminium naturally has high strength to weight ratios so large glazed spans and multi-storey applications can be achieved with slim sight-lines. The opportunity to polyester powder coat or anodise means that a multitude of shades can provide contrast or minimal visibility to the project.
Panels and glass also offer an amazing area of options. Glass can be mirrored or tinted to suit the envelope, whereas panels can provide solid colour or a mirrored glass effect. Aluminium has the ability to integrate both panels and glass into the same façade; a variety of gaskets ensure that most applications can be catered for.
Aluminium is functional and offers sturdy assurance that it will withstand the rigours of the British weather, testing to CWCT standards to Sequence B takes the design safety test up to 3600Pa.
Aluminium is robust and is ideal for high traffic applications, such as retail, school or hospital. If one considers entrance doors, available in configurations such as swing, sliding, sliding/folding, the robust profiles ensure longevity even with endless open and closing cycles.
Windows also offer a myriad of options to cater specifically for the application. Tilt and turn, top-swing reversible, sliding and pivot windows have been around for many years with aluminium Systems Houses working closely with the gearing manufacturers which means that these are tried and tested solutions for providing ventilation without jeopardising security. In multi-storey applications the configuration selected, for instance top-swing reversible or pivot, has options to fully reverse the external surface to allow cleaning from the inside. Tilt/Turn windows allow the window to open-in for cleaning.
In essence aluminium is the building material that, through its long use, has developed to provide function, form and solutions for even the most demanding projects. Systems Houses, such as Comar Architectural Aluminium Systems, continually develop and refine their profile catalogues to meet the demands of cutting edge designers, providing support and calculation at any stage of the tender process.
Now with improvements in glass and to keep up with Document L, systems can utilise thermal foam and increased thermal break technology to take performance to Code for Sustainable Homes Level 6. With the EAA’s (European Aluminium Association) “Future Generations” initiative, aluminium’s long reputation as a recyclable material is gaining further exposure. Future Generations, is a scheme which high-lights that the use of aluminium is actually creating a bank of material that can be re-used and recycled in the future. Aluminium is a true “cradle-to-cradle” material with a real end of life value. In fact, due to the value of scrap aluminium, it has one of the most development recycling schemes in existence.
Comar 5P.i Advanced Window System – Using latest thermal break technology to produce windows for the next generation of solutions.
Integration is the key factor which underpins the latest new product launch from Comar Architectural Aluminium Systems. Their market leading Comar 9P.i Framing system offers fast-track semi unitised construction for floor to ceiling glazing, allowing tilt/turn or casement windows to hang direct from the Comar 9P.i Frame as well as rebated doors. With the addition of thermal foam and triple glazing Comar 9P.i offers U-values down to 0.77, creating a future proof solution for their architectural, contractor and fabricator partners.
Comar announce they have incorporated the technology from their Comar 9P.i system into the Comar 5P.i window range, and are now launching the Comar 5P.i Advanced Casement and Tilt/Turn window system which integrates seamlessly into Comar 9P.i creating the option for standalone high performance windows.
The brief to Comar’s Design Team was to specifically meet architectural demands; low U-values, matching slim sight lines for both the casement and tilt/turn, large glazing pocket for acoustic glass, secured by design and large sizes. For their contractor and fabricator partners, performance with built in fast-track fabrication and installation.
The Comar team have achieved this with the launch of Comar 5P.i Advanced key features:
Comar Architectural Aluminium Systems constantly look for ways to exceed what the market demands. Current trends are for window and door systems to provide aesthetics as well as achieve environmental, security, thermal efficiency and life cycle targets. Therefore, Comar are pleased to launch their latest development: the Comar 5P.i ECO+ range.
Comar 5P.i ECO+ has been designed to perform, whilst backed by Comar’s market leading delivery. Comar 5P.i ECO+ offers additional thermal performance to the Comar ECO product range: by extending the polyamide strips and inserting thermal foam, this product range will provide a future-proof solution for casement windows meeting U-values up to 2016.
With more and more onus on the environment, window and door systems must be sustainable. Using aluminium the Comar 5P.i ECO+ system is 100% recyclable. Aluminium can be recycled an infinite number of times with no loss to its capability. Comar operates an Environmental Management System certified to ISO 140001.
Due to its slim profiles, the Comar 5P.i ECO+ range weighs less than 0.79Kg per linear metre and therefore achieves a Green Guide A+ rating, which can help specifiers achieve the highest BREEAM levels.
For added reassurance Comar Architectural Aluminium Systems holds both a Kitemark and Secured by Design licence for its ECO product range.
Comar: Designed for Performance, Backed by Delivery
Comar Architectural Aluminium Systems; with their approved fabricator Formes Alutek Ltd recently completed a new build office building which forms part of ‘The West of Duddon Sands Offshore Windfarm’, a JV project between Scottish Power Renewables and Dong Energy. The project comprises of an onshore substation, 108 wind turbines with a total installed capacity of 389 megawatts and brand new bespoke Operations & Management office facilities based at West of Duddon Sands, Barrow-in-Furness.
A striking curved facade was installed and Comar 6EFT 4sided SG with concealed vents was selected as it provides a structurally glazed curtain walling solution with EPDM or Silicon seals which creates facets at 7.5° increments convex or concave. Comar EFT 4 sided offers architects the opportunity to maximise large glazed areas as it has the slimmest glazing seals available on the market.
In a busy office environment, Comar 7 door sets are a natural choice. Not only are they available in swing, pivot, sliding, auto-sliding and sliding/folding, they have been designed specifically for retail applications where high traffic solutions are required. For safety, the Comar 7 swing doors were fitted with anti-finger trap stiles and Axim concealed transom closers which were hung directly from the Comar 6EFT curtain wall again enforcing the reduced the sight lines.
The project was completed using Comar 5P.i top hung windows. The Comar 5P.i window system uses trademarked Polyamide Insulated (P.i) that provides exceptional thermal performance in a market where energy efficient designs and meeting the demands of the latest building regulations are paramount. All configurations, such as casement, top swing reversible, pivot, tilt and turn and sliding can be manufactured.
Solar shading was a key consideration on the southern elevations of this project; therefore to shade the façade vertically hung Comar Duco-sun C was specified. The blades, rafters and struts are all part of the unique Ducosun multi-fit system which allows fast track installation with its “clicks & glide” assembly.