"fire hose reel systems"

As a leading provider of renewable energy across the UK, SSE Energy Services aims to drive the transition to a net zero carbon world through the development, construction and operation of state-of-the-art renewable energy assets. To support this mission, in 2017 SSE built a wind farm in Stronelairg - a remote area of Scotland near Loch Ness. At an elevation of around 600 meters above sea level, it is one of SSE’s windiest sites. The site includes 66 wind turbines and has the capacity to generate 228 MW of energy.As part of the project, SSE needed to create three transformer enclosure bays on the site, each of which had to meet a demanding four-hour fire-rated standard. This required the installation of walls and ceilings - as well as internal access doors for maintenance personal - that would all meet this high-level of fire resistance. It was also necessary that various penetrations, including wall bushings, were able to safely pass through the barriers in the enclosure bays.An additional challenge was that the project would have to be completed in an isolated setting where the work would be constantly exposed to cold, wet weather conditions. Having worked with Promat and its products for more than a decade, the project’s subcontractor, Invicta, knew its fire protection solutions would be a perfect fit for the wind farm’s unique requirements.

Emaar Address Residences Skyview Terraces is a striking hotel, residence and serviced apartment twin-tower complex offering 360-degree vistas of Downtown Dubai.Lorient supplied its intumescent protection kits, fire seals and LAS4001 threshold plates.

ChallengeFor the air traffic controllers at Birmingham Airport, concentration is critical to ensuring the safety of the hundreds of passenger jets that take off and land every day. Studies show office workers lose concentration when noise levels hit 55dB; however, the sound of just one medium-sized aircraft descending at 1,000ft is 70dB.SolutionWith this in mind, noise reduction was an essential factor in the specification of the insulation for the 105ft air traffic control tower. The airport’s developers consulted Knauf Insulation’s Technical Support Team for advice. The Technical Support Team recommended Rocksilk® RainScreen Slab, a non-combustible Rock Mineral Wool insulation designed for use in high-rise rainscreen façade systems.Mineral Wool insulation has superior acoustic performance because of its open structure, which traps sound between the individual strands and turns it into heat energy.Rocksilk® RainScreen Slab is quick and easy to install and adapts to minor imperfections in the substrate. Slabs are flexible and knit together eliminating air gaps for maximum acoustic and thermal performance, making it perfect for use on the curved walls of the funnel shaped control tower. The same level of acoustic performance could not have been achieved with rigid foam boards, which have closed cell structures that offer virtually no sound absorption. Rigid foam boards are also more prone to air gaps, reducing acoustic performance further.As well as excellent acoustic and thermal performance, Rocksilk® RainScreen Slab is non-combustible with Euroclass A1 reaction to fire classification. This means it will not contribute to the spread or development of fire should it occur.Another factor in the specification of Rocksilk® RainScreen Slab was sustainability. It is manufactured with ECOSE® Technology, Knauf Insulation’s unique bio-based binder, which contains no added formaldehyde or phenol. It is made from natural raw materials that are rapidly renewable, and is 70% less energy-intensive to manufacture than traditional binder, so it is more environmentally friendly. Products made with ECOSE® Technology generate low levels of dust and VOCs, and have been awarded the Eurofins Gold Certificate for Indoor Air Comfort.Thanks to Rocksilk® RainScreen Slab the air traffic controllers at Birmingham Airport can enjoy a quieter, warmer, safer and more sustainable workplace."Acoustic protection, energy performance, fire safety and sustainability were all crucial factors taken into account during the design of the air traffic control tower and so all materials specified with the project needed to meet these multiple requirements. We are extremely pleased with the building."Will Heynes, Birmingham Airport’s Development Director

An historic landmark in the Lake District has been given a new lease of life with the installation of StoTherm Mineral K external wall insulation and StoSilco finishing render. Built in 1937, the building in Keswick originally housed the UK’s first pencil factory, and now provides new headquarters and site for the Keswick Convention for the Keswick Ministries organization. After being used by the Cumberland Pencil Company the building had fallen into disrepair. Set at the entrance to Keswick, this important local landmark has now embarked on a £10.5m redevelopment project, split into four phases. The Sto materials have been used on the first phase which has seen the building’s front elevation fully restored, and they have also been specified for the remaining three stages of the work.The BBA-certified StoTherm Mineral K system combines impressive insulation with unrivalled fire protection characteristics. It features Sto-Mineral Fibre thermal insulation boards, which in this case were fixed to the substrate using StoLevell Duo Plus mineral bonding and reinforcing mortar.  “This allows any unevenness in the surface of the substrate to be accommodated and makes installation a fast and easy process,” comments Alan Rees of Eco Rend North East who installed the Sto system. This efficient single-leaf construction allows for excellent thermal performance without reducing the interior space, and as it requires no additional expansion joints, a smooth and unbroken exterior surface can be created.  An additional mineralic reinforcing coat was applied and the exterior surface was finished with StoSilco silicone resin render.  With high CO2 and water-vapour permeability, StoSilco render allows a weather- and water-repellant outer surface to be created in any of the 1,000+ colours available in the StoColor System.  

Since the Grenfell tragedy in 2016, there has been an increased focus on fire-safety compliance in all communal buildings. This focus sharpened even more when, early in 2018, the media unearthed evidence of some non-compliant products having been installed there, including internal fire doors that had been fitted without smoke seals. As a result, there has been heightened attention on every aspect of safety, not least on fire doors. Fire officers and building management personnel understandably want to ensure they have covered every possible safety angle.To this end, they are now often insisting on going beyond the specifications required by regulations.However, in trying to ensure doors provide the maximum protection against fire and smoke, another potential problem can arise that, if not addressed, can undermine those good intentions.The problem:One of our customers, a door manufacturer and installer, had recently supplied doors but then been informed by their customer that they were not successfully self-closing as they were meant to. The assumption was that the door closer was not performing correctly, so the ‘fault’ was relayed to Rutland with a request for a resolution. We agreed to visit the site swiftly to assess the situation. Our inspection found that the door closer was correctly specified for the width and weight of the door, but that the smallest possible door gaps had been specified. These, coupled with substantial smoke seals around the doors, were causing significant resistance to the doors closing. Although the resistance was due in part to the physical aspects of the small gaps and the seals, the main problem was actually the build-up of differential air pressures on either side of the doors.Given the increased focus on maximum fire defence at doorways on all new-builds and building refurbishments, this problem is arising ever more frequently. Tighter door seals have the effect of creating separate, near air-tight pockets within a building, each holding air at slightly different pressures. The bigger the building, the more such pockets and the greater the pressure differentials that can potentially build up.These pressure differentials can have a significant additional effect on the amount of force needed to close each door and must be taken into account when choosing and setting closers.The Rutland response:Rutland’s technical team attended the site as required to support the customer in achieving a solution, first to identify the issues with air pressures and then recommend and implement a solution to the problem.Initially, we made hinge and latch adjustments to the door sets to overcome some of the resistance. This proved to be insufficient to ensure all the doors correctly closed first time, so we advised upgrading to stronger door closers. This recommendation was supported by supplying the door manufacturer with relevant data from previous tests on an equivalent door set to verify the product’s suitability.The new closers were delivered to the site and our technical team remained on hand to provide extensive assistance with the installation. Rutland created a bespoke jig to aid the door manufacturer’s installers in fitting the replacement door closers, significantly cutting down the time it took to rectify the problem.Outcome and key learning points:The project was successfully brought back on track, to the full satisfaction of the property owner and the door set manufacturer. All doors now function as they should and are delivering the intended fire safety for all building occupants.This case highlights that, due to heightened protective sealing around doors, there is an increasing likelihood of air locks forming in buildings, which means that specifying of door closers cannot be based simply on weight and width of doors, as has traditionally been the case. The pressure differentials that result vary building by building, based on each one’s layout, so it necessitates careful assessment to ensure that appropriate closers are specified.

ChallengeTo insulate one of Marks and Spencer’s most carbon efficient premier stores with a holistic approach taken towards key sustainability factors such as water, carbon, biodiversity, the community, materials and waste to landfill.SolutionKnauf Insulation’s FactoryClad Roll 40 was utilised within the 11,000m2 multi-wave form standing seam roof, which was supplied by Euroclad to achieve an outstanding visual, functional and environmentally friendly element of the store design, plus achieving a BREEAM ‘Excellent’ rating. The number of BREEAM credits available from using Knauf Insulation’s Factory Clad Roll 40, played a part in its specification for Marks and Spencer’s flagship sustainable retail store at Cheshire Oaks.Gethin Williams, Euroclad’s Elite Systems Coordinator said: “FactoryClad Roll 40, in 280mm, has a 90/90 lambda value, a generic BRE Green Guide rating of A+ and has excellent thermal and acoustic properties. Thanks to these many characteristics, we thought it was perfect for this project, which resulted in it achieving the relevant BREEAM credits. Being lightweight, flexible and with a high tear strength, fitting was fast and error free, ensuring the thermal integrity was uncompromised.”Knauf Insulation’s FactoryClad Roll 40 is manufactured with ECOSE® Technology, has a thermal conductivity of 0.040W/mK and also has the highest possible Euroclass A1 reaction to fire classification when tested in accordance with BS EN 13501-1.In addition to this, Knauf Insulation’s mineral wool products with ECOSE Technology benefit from a revolutionary, bio-based, formaldehyde-free binder technology, based on rapidly renewable materials, instead of petro-based chemicals – delivering superior environmental sustainability and enhancing the environmental credentials without affecting the thermal, acoustic or fire performance. What’s more Knauf Insulation FactoryClad Roll 40 represents no known threat to the environment and has zero Ozone Depletion Potential and zero Global Warming Potential."Knauf Insulation FactoryClad Roll 40, in 280mm, has a 90/90 lambda value, a generic BRE Green Guide rating of A+ and has excellent thermal and acoustic properties. Thanks to these many characteristics, we thought it was perfect for this project, which resulted in it achieving the relevant BREEAM credits. Being lightweight, flexible and with a high tear strength, fitting was fast and error free, ensuring the thermal integrity was uncompromised."- Gethin Williams, Euroclad’s Elite Systems Coordinator

This project involves the partners Fremek AB, Totech AB and PCP A/S.Fremek is a workshop company in Dals-Långed that is certified according to EN-1090, EXC1, EXC2 and EXC3. Fremek specializes in welding, cutting, painting and assembly of large projects throughout Sweden.PcP’s solution includes CUBE® gratings and treads for a modern design and ladder systems for worker safety. Fremek and Totech chose PcP’s solution to install a new fuel station for Air BP, one of the world’s largest aviation suppliers.Project criteria - Slip-resistant steel platformFor this project, Air BP required an anti-slip platform due to the use of oil during maintenance.Although the platform is new construction, it was erected on an existing outdoor structure with nothing but a roof and fuel tanks. Thus, there were specific dimensions required.Therefore, PcP provided a more efficient fuel station platform and a safe working environment for personnel carrying out aircraft maintenance.The project had a strict timeline of 10 weeks as the construction had to be finalised before winter.Fremek was responsible for designing the air-plane fuel station and for sourcing the correct materials. Fremek contracted Totech for the works. Totech has more than 25 years of experience managing complex projects for a range of industries and, therefore, extensive knowledge of industrial construction and of which materials to use.PcP has delivered gratings to Fremek in several previous projects. Totech, therefore, approached PcP to showcase gratings with high slip-resistance for the platform. Totech seeked to use standard sizes to meet customer requirements of lead time and budget. At this point, Totech discovered that PCP also could provide handrail and ladder systems.Project solution - CUBE gratingsThe PcP CUBE® gratings, treads and toe-plate were provided for the platform in standard sizes. For easy access to the platform, PcP provided fire escape ladders and safety handrails. PcP CUBE® gratings and treads benefit from outstanding high PTV slip-resistance reducing trip and fall risk, lightweight but strong and fitted perfectly into the existing construction from the ground to roof.Fremek installed the platform, and the workers on-site made cut-outs to suit various plant equipment. Additionally, PcP provided escape ladders to mount on fuel tanks. In case of fire incidents/emergencies, enabling workers to escape rapidly.

After considering various products, PABIA Consulting engineers chose FIRETITE as the ideal solution for upgrading the Newtown EUROSPAR building complex in Cobh, Co Cork. FIRETITE met the insulation requirements, fire regulations, and could be retrofitted externally with minimal disruption to tenants and customers.

Four Formica® Laminates were specified for fire doors in Octavia House School, an independent specialist therapeutic school based in Essex, UK. Doors were designed for high traffic areas including classrooms, offices, toilets and communal spaces such as corridors and halls.

Deansgate Square, one of Manchester’s highest profile city centre residential developments, is using mechanical smoke control and ventilation solutions from SE Controls to protect residents by keeping corridors, stairwells and escapes routes clear of smoke, should an apartment fire occur.

Following a £15 million restoration of the Grade-II listed building, renovating and transforming the site, the UK’s largest casino and entertainment venue opened in 2012.Lorient supplied LAS8001 si automatic drop seals and DS acoustic, smoke and fire seals to this historic site.

We were approached to design & manufacture a range of steel fire-resistant riser doors and personnel doors for Europe's most advanced data centre, located in Canary Wharf, London.This 8-storey building offers 73,400 sqm of space - they needed simple yet secure riser doors to provide fire protection to the internal ducts, containing all the cabling and plumbing required in a sleek, discreet solution that provided maximum access, performance and safety.Alongside the riser doors, Eurobond designed & manufactured personnel doors that could be electronically controlled to control the access and provide an audit trail of personnel movement.The 2 key elements of this project were the riser doors - and the sheer volume required to cover the 8 levels and the access control requirements that had to be well planned and coordinated by Eurobond, the security contractor, end-user and architect.

This is a BLASTguard glass balustrade installation by Miller Fabrications at the University Station in Birmingham. As a busy train station, a top-of-the-range balustrade was required to provide the highest quality of safety. More and more transport locations are upgrading their sites in order to improve the security of the public. This could be as a result of the new upcoming Protect Duty that is coming into force as a result of the terror attack at Manchester Arena in 2017. Pure Vista developed an anti-terror glass balustrade system with two variations. BLASTguard to withstand a bomb blast and BULLETguard that utilises bullet-proof glass. The BLASTguard balustrade system was designed in line with Pure Vista’s range in being a frameless system where the glass is only required to be held by the base shoe. A through-glass handrail can be added as required on many projects, such as this one. The glass can be at 1800mm high and still withstand the 3kN public area loading and achieve the blast testing. For this station development, the design team specified that a blast-proof system needed to be installed. Miller Fabrications took part in this large project and were the team who successfully installed BLASTguard, they stated that the installation was successful because the system is straightforward to install.  At University Station BLASTguard can be found of staircases around the main entrance. Within crowded spaces, anti-terror barriers can be used to protect different groups of people. By positioning the product on stairs and walkways, a blast will be more contained and therefore, the area becomes safer. If you would like to know more about Pure Vista’s anti-terror balustrade products, we run a CPD session on these products and how they can be used. As well as the key information on Martyn’s Law (protect duty), you’ll discover the fundamentals of Protect Duty, PALs, and the key information on anti-terror glass balustrade products. Learn about our commercial strength balustrade channels including the fire rated balustrade which can be used on installations over 11m high. The session will end with a Q&A where we can discuss your upcoming projects and ensure you leave this CPD with an increased knowledge of Martyn’s law and anti-terror glass balustrades. 

Among many similar new-build projects completed or underway across the country, non-combustible Rockpanel is providing stunning facades for this eye-catching, contemporary urban living in Bracknell, Berkshire, while meeting the stringent regulations regarding fire-safety in high-rise residential structures.Consisting of 242 apartments divided across two distinct angular blocks of up to 11 storeys, this residential scheme promotes itself as heralding a new era in luxury living for the region. The wedge shaped blocks are placed at angles to create a broad, elegant thoroughfare where seating invites residents and others to linger and enjoy the landscaped surroundings. Stepped elevations allow for generous terraces to one block while the acute angle formed on another results in striking feature balconies. The mix of sleek white render contrasts well with the Rockpanel Woods facades which add a natural, organic warmth. Meeting challenges to create a landmark development The Building Design Group were architects for the project. With offices in Birmingham and Tamworth, BDG has evolved from its inception more than 45 years ago, in to a dynamic, forward thinking practice. Describing the development, they said, “BDG were appointed following a successful planning process to develop this project further to tender stage and beyond. The site itself presented numerous challenges in terms both of access and existing constraints located above and below ground. However, we believe we succeeded in progressing the technical design to the extent that our client's aspirations could be met, both in terms of cost and the desire to establish a landmark development for the future.”Vascroft Contractors Ltd were main contractors for the development. The London-based firm has grown from its founding in the 1970 by two brothers, into a thriving concern made up of four divisions working on projects across all major building sectors. Around 2500sqm of facades were installed at Grand Exchange, using a mix of Rockpanel Alder and Slate Oak surface designs from the manufacturer’s super realistic Woods range, along with RAL 2010 colour-matched deep orange accent panels. Versatile, resilient and sustainable design freedom Lightweight and highly versatile, and without the need for additional edge sealing, Rockpanel can be curved, perforated, engraved or routed, and will last for decades with minimal maintenance. Protect Plus further protects the panel surface from everyday wear and tear. The facades deliver outstanding performance characteristics which include fire safety, supreme durability, weather, temperature and UV. And when the time comes for a Rockpanel facade to be replaced, in fifty years or more, the removed panels can be recycled into new boards with no loss of quality. Versatile, resilient and sustainable design freedom Lightweight and highly versatile, and without the need for additional edge sealing, Rockpanel can be curved, perforated, engraved or routed, and will last for decades with minimal maintenance. Protect Plus further protects the panel surface from everyday wear and tear. The facades deliver outstanding performance characteristics which include fire safety, supreme durability, weather, temperature and UV. And when the time comes for a Rockpanel facade to be replaced, in fifty years or more, the removed panels can be recycled into new boards with no loss of quality. Stoneguard Managing Director, Nic Constantinou, spoke about the project, “Vascroft approached us early on in order to begin the design process and ensure the smooth delivery of panels throughout the build. The 11mm Rockpanel FX-Xtra System specified by the architect, with grooves at 300mm centres achieving the effect of wood planks perfectly, meeting the aesthetic requirement for the project, while offering the long-term performance and low maintenance advantages of Rockpanel. Although the majority of panels were cut off-site, the flexibility of Rockpanel meant the more complicated architectural features of the build could be cut to size on site easily. The lightweight nature of the material ensured it could be distributed swiftly around the complex shaped build.” The ultimate facade systemThe facades were fixed to a concrete frame with bespoke Protec SFS system infill, which Stoneguard design and manufacture themselves. The project also utilised FSI cavity barriers and ROCKWOOL Duo Slab® insulation, which offers great thermal and acoustic values and achieves European fire class A1. Combined with Rockpanel A2 and an aluminium or steel substructure it fulfils the most rigid fire safety requirements and is required in achieving A2-s1,d0 Euroclass rating to secure the ultimate protection and safety for the building’s users.Rockpanel facade panels and ROCKWOOL insulation products share common characteristics, including their inherent sustainability and non-combustibility, which is due to the naturally occurring and replenishing volcanic rock used in the manufacture of the stone wool that forms their core. Grand Exchange Building Manager, Adam Spiers, “I must commend the design team for their outstanding work on the facades of the building. The exterior looks stunning. The attention to detail and the architectural finesse are truly commendable. The residents are exceptionally pleased with both the building and its exterior. Their positive response reaffirms our belief that the Grand Exchange has not only met but exceeded expectations in terms of design and functionality.”Rockpanel offers specifiers design freedom, enabling virtually unlimited colour matching and an unrivalled range of surface design finishes, from the super-realistic natural Woods used at the Grand Exchange, through Metals and Stones collections to specialist ranges including unique, transformative Chameleon, which changes hue depending on the way light hits its surface and the angle of view. 

Rockfon® Lamella has been awarded Product Innovation of the Year in the Furniture, Fixtures and Equipment category of the FIS Innovation Awards 2023. The modular wall system provides Class A sound absorption for commercial projects and boasts a unique range of wood veneers in different colours and dimensions, allowing for an impressive 650,000 design combinations.Nigel Watkins, Commercial Sales Director for Rockfon, expressed his excitement about the recognition, saying, "We are thrilled that Rockfon Lamella has won this award only a few weeks after its launch." Rockfon Lamella's development was based on effective collaboration, knowledge transfer, and partnership along the project team, satisfying two initial criteria for Rockfon innovation: modularity and customisability, and occupiers' well-being through the use of colour, biophilic-inspired design, and natural surfaces.Combining the warmth and beauty of wood with a stone wool sound-absorbent panel, Rockfon Lamella creates a serene and inviting environment inspired by the biophilic design trend. Customers have expressed their satisfaction with the combination of these elements, with Nigel Watkins sharing that "The feedback we’ve had from customers is that the combination of a stone wool sound absorbent panel with biophilic wood makes interiors feel calm and connected to nature."Joe Cilia , Technical Director of FIS who was one of the Innovation Award judges, was impressed that Rockfon Lamella has such comprehensive test data, covering the whole system, not just individual components. “The furniture, fixtures and equipment (FFE) sector suffers from a lack of standardised testing and compliance for acoustic and fire performance, leading to clients choosing products that don’t perform as well as they should. The judges were impressed that Rockfon Lamella has clear, transparent test data that shows how the whole system performs.”Rockfon Lamella sets itself apart from other acoustic fixtures and fittings by offering exceptional fire performance classification of c-S2,d0, in line with EN 13501 standards, and Class A sound absorption that adheres to ISO 11654 regulations. Additionally, accessing all the necessary specification data, BIM Objects, and CAD drawings on NBS Chorus, NBS Source, and pCON is quick and easy, making the specification process quick and effortless.Rockfon Lamella simplifies installation by providing a complete kit that includes all necessary components. In-house facilities teams can easily follow the straightforward installation process, thanks to specially designed mounting clips. As Teemu Rekonen, Head of Design & Innovation at Rockfon, highlights: "This advanced product... enables individual placement of the slats to create the perfect acoustic environment. Once the platform is in place, installing Lamella slats is a quick and hassle-free process that requires no tools".Visit www.soundsbeautiful.com/lamella  for more information on Rockfon Lamella.To view all the FIS Innovation Award winners visit www.thefis.org/membership-hub/fis-awards/innovation/

Cladding is being replaced on a flat block in Nottingham’s Hockley after it was found to contain similar insulation material as Grenfell Tower. Klasse G-board has been chosen as part of the re-clad project, especially for its A1 fire-rated, fully non-combustible properties.

Battersea Dogs and Cats Home in London, the best-known animal sanctuary in the world, is currently undergoing the biggest development in its 154-year history - a £5 million scheme delivered by main contractor, Sir Robert McAlpine. The development will bring the charity’s existing buildings and facilities into the 21st century and will include a new build, state of the art veterinary hospital which will be protected by an innovative new waterproof membrane – Cold Melt® from Proteus – a seamless application designed to work in harmony with the roof infrastructure and so tough that it has been BBA certified to last for the lifetime of the building.Quality Control An integral part of this transformation is the built up roofing system of 1,200 square metres of Cold Melt®. Applied by the Proteus Licenced Contractor, a 5 layer built up system was employed to offer a bespoke specification tailored to the client’s needs and budget.The built up system consisted of a layer of Cold Melt® Proteus’ own innovative, cold-applied liquid membrane, over which an insulation layer of Proteus Pro-Therm XPS was laid. The Licenced Contractor then added a separator sheet of Proteus Low-K followed by an attenuation mat and then three different finishes in three different areas of the roof – paving slabs, a green roof and decking.Health & Safety Proteus’ liquid applied systems are cold installed and therefore negate all the elements of fire risk when working in confined spaces. Of particular importance was the low odour that Cold Melt® exhibits, meeting all the health and safety criteria necessary to protect both the Licenced Contractor’s operatives and the dogs and cats home’s residents.Long term performance Cold Melt® incorporates recycled rubber-crumb and other organically grown products and when covered, creates an elastomeric, seamless and cold applied membrane which has a life expectancy longer that the design life of the building on which it is installed.

Non-Conductive, Anti-Slip Flooring and Walkways | Case StudyArena Events Group chose Dura Composites to supply the tiered structure stadium decking for the seating and platform areas, manufactured from our high quality and corrosion-resistant Glass Reinforced Polymer (GRP) Dura Slab 40 and 20 products which provided an anti-slip, fire-tested and load-tested alternative to the Buffalo® Board and traditional plywood used previously. Dura Composites’ ability to be able to meet a range of stringent test requirements including flare resistance tests and FEA analysis made us the ideal choice for this high profile project which not only allows for future changes to seating configurations, but also improves access to amenities on the concourse. The two types of Dura Slab used on this project are precision engineered GRP structural flooring systems that provide an incredible strength to weight ratio. High strength fibreglass composite is pultruded in one mass to produce a consistent quality flooring structure that is also non-corrosive, chemically resistant – and has an anti-slip walking surface.

Our coatings look after the world’s most iconic and acclaimed buildings. Among them is the Auckland Art Gallery Toi o Tāmaki. Since its redevelopment in 2011, the principal public gallery in Auckland, New Zealand has won 23 awards and counting, including the prestigious World Architecture Festival's 2013 World Building of the Year. The redevelopment plan aimed at restoring and preserving heritage elements and sensitively combining them with 21st-century design. This included earthquake-proofing and heritage restoration of the 1887 and 1916 components of the main building and the addition of new, contemporary elements that increased display space by 50 per cent. One of the most distinctive features of the new building is its roof design, which forms a series of fine ‘tree-like’ canopies that define and cover the forecourt, atrium and gallery areas.Our coatings complemented this architectural challenge of blending old with new. A coatings system comprising of Interzinc 42, Intergard 251 and Interthane 990 was used to protect structural steel, while Interchar 963 was used to provide essential protection from the effects of fire.

The Friedrichscarrée is a modern office and retail complex in the center of Stuttgart.Named after the former king of Württemberg, Friedrich I., it is characterised by its modern architecture and glass front. In addition to numerous companies, it now also hosts retail, catering businesses and event spaces. The good access to public transportation and the close proximity to restaurants and cultural institutions, make Friedrichscarrée an attractive location for businesses and visitors.As the general contractor for the expansion, Lindner carried out an extensive interior construction - ranging from drywall work to floor systems and wall cladding. In addition to high-quality floor coverings and also partly automated partition walls, the special construction of the hollow floor FLOOR and more® for the pedestal in the barista bar was a central element of the revitalisation. Lindner hallway ceilings LMD, heating and cooling ceilings and acoustic sails were also installed to optimise room acoustics.Furthermore, GiB mbH supported Lindner in upgrading the existing fire protection. The entire conversion was carried out during ongoing business, which required precisescheduling of noise-intensive work.