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Background:Canterbury’s Art Museum and library, The Beaney Instituteis a Grade II Listed, Victorian building dating back to 1900.The Institute was granted £11.6m by the Heritage LotteryGrant to conserve, repair and restore the existing buildingplus create an extension that would double the size of theInstitute in order to provide better facilities to the museum,art gallery and library.The Solution:Limelite plaster from the Heritage range was used torestore and protect the internal walls throughoutthe Institute. Limelite Renovating Plaster was appliedto control and minimise dampness that can occur inolder properties. High Impact Finishing Plaster was thenapplied, creating a BBA approved plaster system allowingthe walls to breathe while protecting them from damage,maintaining a heritage-style appearance.The Outcome:The Limelite plaster system was the perfect solutionfor The Beaney Institute. Important pieces of art andmuseum artefacts are protected from condensationand salt transfer from the walls.This modern solution works sympathetically with thefabric of the building providing the aesthetic finishexpected of a building of its character whilst also beingdurable enough to withstand the high footfall of thevisiting public.

University Coventry Hospital is situated in the Walsgrave on Sowe area of Coventry and is part of the University Hospitals Coventry and Warwickshire NHS Trust. The hospital opened in 2006, replacing Walsgrave Hospital the original hospital at the site.Twinfix was approached by Principal Contractors William Gough to design, manufacture and install a walkway from the helipad on the first-floor deck to the hospital’s Accident and Emergency department. The requirement was for a robust walkway that was structurally sufficient to withstand the usual weather forces and the down draught from a helicopter in close proximity.Liaising closely with William Gough and designer Pinnegar Hayward Design, the expert team at Twinfix designed, manufactured and installed a 240 sqm free-standing mono-pitch canopy with vertical perforated side panels. This impressive canopy design included lockable double leaf gates to secure the area.The roof comprises of our Multi-Link-Panel Non-Fragile (NF) system powder coated to RAL 5010 – gentian blue and glazed with 16mm multiwall polycarbonate, and the vertical panels were powder-coated to RAL 7037 – dusty grey. As this metal does not rust in use, the walkway will keep its good looks throughout its long life.

The Rathbone Market scheme, part of the Canning Town and Custom House regeneration programme, is a three-phase development that when complete will see the area totally reinvigorated. There will be a new market square at the heart of the community, bordered by around 35,000 sq ft of new shops and cafes. The development will also feature offices; community facilities, two new public squares and 652 new homes.The majority of apartments on the upper levels will have a double aspect and all will have balconies. The intention is to provide a development of great visual depth, using two colours of brick. The balconies are designed with an unusually large 2.3 metre cantilever and to meet this demanding specification, it is the Schöck Isokorb® that is being incorporated into the project. Specifically the product being used at Rathbone Market is the Schöck Isokorb® T type SK for concrete-to-steel connectivity. It is 180mm wide and between 180 and 280mm high to allow flexible adjustment for differing slab thicknesses and contains 80mm of insulation thickness. It can also bear extremely heavy loads and this combination of features makes the units ideal in meeting the various thermal and structural demands involved with such large modern balconies.

The Silverstone Interactive Museum is a 600m­² motorsport exhibition located at the world famous Silverstone Circuit in Northamptonshire. The £22 million building, built with a contribution from the National Lottery Heritage Fund consists of a fully refurbished WWII aircraft hangar and a new two-storey extension which serves as the entrance to the exhibition. The TECHNAL curtain walling was a key part of the design and enabled large spans of glass to the front and rear of the building. This provides contrast to the iridescent finish and rainscreen cladding. This curtain wall system enabled large panel sizes of up to 2.8m high and 2m wide without additional steelwork that would have detracted from the intended design and added to the cost. The exposed location meant that airtightness and thermal efficiency were also design considerations. Our curtain walling features a thermally broken construction and high levels of wind and weather resistance. Due to the nature of the building and location close to the circuit, the goal with the acoustic requirements was to achieve a balance of reducing the sound from the track without completely eliminating it. This was achieved with TECHNAL systems using standard double glazing without the need for acoustic glass.

Mitie selected TRC to conduct surveys, removals, manufacturing, and installation of more than 600 traditional double-glazed box sash windows in this delightful housing estate, originally designed by George Godwin in 1885.Located in the heart of Chelsea and offering easy access to both Fulham Road and Kings Road, Elm Park Gardens comprises multiple blocks.TRC embarked on the demanding task of surveying the existing windows and balcony doors, obtaining precise manufacturing measurements from within the flats, all without the need for external scaffolding. They maintained a close collaboration with the primary contractor and coordinated appointments with residents over a span of six months.Working within occupied flats, TRC ensured that residents’ expectations were met with cleanliness, protection, and politeness while installing the new bespoke timber windows and balcony doors.The projectThe comprehensive window replacement project covered the following aspects:The new traditional box sash windows were meticulously matched with the original style and proportions, including shape, glazing bar size and placement, overall glazing patterns, opening methods, materials, and finishes.

Ashton Old Baths is a Grade II listed building which Tameside Metropolitan Borough Council has transformed into a business hub and data centre; an idea for heritage sites which could be transferred to many other ‘at risk’ buildings.The primary concern for the project was to create a sympathetic dialogue between the historic and the modern.Lang+Fulton were approached by the architect to provide an appropriate solution for a compound to surround and screen the unsightly sub-station, data centre generators, and cooling plant that were required to service the new complex. Their Corten louvre, made from weathering steel was selected to match the tonal qualities of the original red brick façade of the Victorian bath house and preserve the sensitive context of the site. The Italia-Corten panels sit between an expressed steel framework, which was hot-dip galvanized before polyester powder coating in a dark grey to reference the regeneration of the site to the area’s industrial past. The continuous structure creates 80% visual screening and the robust steel louvres provide excellent security.The compound was supplied with double-leaf and tri-fold gates to provide the required access.