Aluminium Windows & Doors for Warehouse & Offices

Comar Architectural Aluminium Systems; with their approved fabricator Anglia Fixing Ltd completed a new build office and warehousing unit for British Gaskets in Sudbury, Suffolk.

Comar 5P.i ECO top hung casement windows were specified. These windows offer outstanding weather performance and reduce heat loss through the trademark P.i thermal break ensuring low U-values and keeping energy bills to a minimum. Comar 5P.i ECO is a casement window system which includes a 55mm and 75mm option.

Anglia Fixing were able to ensure that this project could be completed within the restraints of the budget and that Comar 6EFT Curtain Walling system complied with the latest CWCT standards.  Comar 6EFT mullion drained, thermally broken, stick construction curtain walling with drained capping and pressure equalised was installed to create the large glazed areas to the front and side of the building, enabling as much natural daylight as possible to the main staircase.

 

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Comar 7P.i Commercial Door sets were the natural choice for this busy office project.  For safety, the Comar 7P.i Commercial Doors were fitted with Anti-Finger Trap stiles which were hung directly from the Comar 6EFT curtain walling.

All Comar approved fabricators are required to have the technical expertise to attend pre-site meetings and provide detailing.  Anglia Fixing Ltd liaised closely with the specifiers to provide design advice and detailing which ensured the project ran smoothly and met site deadlines.

Architects:                          Wincer Kievenaar

Fabricator:                          Anglia Fixing Ltd

Main Contractor:               SEH French

Project Value:                     £33K Metal

System Used:                     Comar 5P.i ECO (Top Hung), 6EFT (Capped) & 7P.i CD

Location:                             Sudbury, Suffolk

New Territory Manager – East Anglia

Comar are delighted to announce Matt Thetford has joined us Territory Manager.  Matt will be covering the following areas:

  • Essex (Outside M25)
  • Cambridgeshire
  • Norfolk
  • Suffolk
  • Bedfordshire
  • Rutland
  • Hertfordshire

Contact Matt at mattt@parksidegroup.co.ukweymouth fire station@parksidegroup.co.uk

Aluminium Windows, Doors Refurb for Change of Use Apartments

Comar Architectural Aluminium Systems, with their approved fabricator Anglia Fixing Ltd; recently completed a change of use refurbishment at Cater House in Chelmsford, Essex.  The former 8 storey purpose built office block which boosts a city centre location adjacent to the River Can, has been converted into 35 apartments.

This change of use project was completed using Comar 5P.i Top Hung Casement Windows to the communal stairways.  Comar 5P.i ECO Casement, Top & Side Hung windows and Comar 7P.i ECO Rebated Doors being specified for the apartments. The aluminium P.i 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.Cater House, Chelmsford, Essex

Comar 7 Doors are a natural choice in a busy residential building and were selected for the main entrance doors and external staircases. Comar 7 Doors are available in swing, pivot, sliding, auto sliding and sliding folding. These doors were hung directly into the Comar 3 Ground Floor Treatment and were internally beaded using 28mm DG units.

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All aluminium was finished in a Hipca White Gloss polyester powder coat to BS6496.

Architects: John Finch Partnership

Fabricator: Anglia Fixing Ltd

Main Contractor: Land Charter Ltd

Project Value: £230,000System Used: Comar 3, 5P.i, 5P.i ECO (Top, Side & Fixed) 7P.i ECO (Rebated) & 7 (Pivot)

Location: Chelmsford, Essex

   

Comar Aluminium Complete New Student Accomodation

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.

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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. 

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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

Comar Juxtaposition – Manchester

Ashton 6th Form College’s new reception was designed by the GA Studio, Manchester and is a featured  project in the 2015 Manchester Architectural Review.  Both Comar 6 EFT Curtain Walling and Comar 7 Auto Sliding Doors were specified for this eye catching project.

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Aluminium: Future Proof Capability

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.

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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.

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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.