"pipes including cladding lagging"

Copenhagen’s Amager Bakke is a visionary project in Denmark that doubles as a recreational playground and a waste-to-energy plant.The towering structure is over 280 feet high, has an estimated cost of $670 million and is a part Copenhagen’s commitment to become the world’s first carbon-neutral capital by 2025. Part of the facility is already on line.The waste-to-energy plant, a giant incinerator that burns household garbage to generate heat for approximately 160,000 households and electricity for 62,500 homes, began operating in March. The recreational component is still under construction.Kalwall® translucent sandwich panels provided a critical solution in this truly global project, with their aesthetic beauty, energy efficiency and, most importantly, their best-in-class explosion-venting properties.Kalwall panels are used in areas of the building where a potentially volatile event could occur. The panels work to vent pressure out of the building, allowing it to withstand an explosion without collapsing roofs or floors. The panels are designed to release from their mounting system, but remain attached to the side of the building to avoid becoming falling debris. The interior of the panels are shatterproof and include a Fiber-Reinforced Polymer(FRP) face sheet that can be customied to withstand 230 ft-lbs (312J) of impact.Staying close to the project’s mission of being environmentally conscious, Kalwall panels provide dramatic savings in energy consumption through exceptional thermal and daylighting performance that reduces heating costs and artificial light usage.Working through Sipral, a leading supplier of external building envelopes based out of Prague, the panels were delivered on schedule and required no on-site modifications. Amager Baake was designed by the highly-acclaimed architecture firm Bjarke Ingels Group (BIG) and has the world watching as it merges two completely different applications.BIG founder Bjarke Ingels hopes that Amager Bakke will “change public perceptions of what a public utility should be” by providing a social and physical infrastructure.Amager Bakke provides Copenhagen with a rooftop ski slope that is comprised of 1,600 feet of trails, as well as 10 running and walking trails. There is also a 260-foot climbing wall along the facade.Ingels said the concept of a structure that brings together two diverse interests can be lasting. “If you make a building that remains relevant to the people living around it, and using it and inhabiting it, it can last forever,” Ingels said in an interview with CNN Style.Photography: Christoffer Regild

The regeneration of Swansea’s old docklands has seen old, dilapidated warehouses transformed into exciting mixed-use projects. Residential, commercial, as well as valuable retail space now occupy the area, collectively known as ‘The Urban Village’. Construction of the new-build 9-storey residential apartment block by the main contractor R&M Williams, saw RCM engaged as an important supplier. As well as providing the essential aluminium support frame, RCM also ensured timely delivery of the colourful Swisspearl façade. Each panel was fabricated by RCM to exact specified size, saving precious time on the construction of the building.

Mecure HotelThis was a particularly sensitive project due to the central location of the site in Oxford, we worked alongside the client and planners to find a suitable brick type which blended in sympathetically with the surrounding proerties.This was a new build project with bricks slip bonded directly onto fire-rated backing panels.Brick Type - Old English Buff MultiClient - Mecure HotelsContractor - Fern Plant Ltd

Project: East Parade, LeedsArchitect: Associated ArchitectsInstaller: HKL Specialists LtdStone: Yorkstone & Black GraniteBarclay’s House in Leeds Office Quarter was transformed by the design from Associated Architects. An old 1980s building is now a prime 45,000 sq. Ft office building – 6 East Parade (6EP)Glazing on the upper levels gives way to Glazed red terracotta and a solid foundation on the ground floor of Yorkstone on Aztec Rainscreen. A truly stunning building that was Highly Commended in the BCO (Regional) ‘Refurbished / Recycled Workplace’ Awards

The campus in Colchester, which is home to 15,000 students, is undergoing a massive phased transformation. Benx-RCM are currently supplying into phase three of the campus-build, known as The Pastures.Split across five new buildings, The Pastures will bring an additional 1,262 student bedrooms to the Colchester campus. One of these blocks will create a new hub which will include a reception, a post room, an administrative area and a student services centre, along with a laundrette and staff welfare facilities.Overseeing this £168 million project as main contactor is Bouygues Construction.Stanta were awarded the SFS infill package at the site. As part of this package, Benx RCM were selected to supply Y-Wall external sheathing board for the entire project.Y-Wall is a flexible calcium silicate based fibre cement building board, offering excellent fire properties as well as high levels of dimensional stability. The Y-Wall BBA Certification provided the Stanta project team with assurance that this building board solution has been tested to exacting standards, evaluated onsite, as well as undergoing a life expectancy assessment and a quality management system review.Y-Wall was utilised to create a sheathing for the five high rise structures. In buildings with storeys more than 18m above ground level, any products used in the external wall construction should be of limited combustibility. Being a non-combustible, A1 fire-rated building board, utilising BS EN ISO 1182 and BS EN ISO 1716 tests, Y-Wall is the optimum solution for a project of this type and size.In specifying the building board for this project it was important to ensure the optimum racking performance to enhance structural strength. Y-Wall conforms to European Norm - BS EN 594:2011 - the certification which proves the system has been rigorously tested and offers excellent racking performance, structural strength and stability.Specifying a building board that is fully tested to BS EN 1062-1 allows for adequate moisture resistance and durability. Y-Wall fully complies with this standard which ensures the building boards will have a life equal to that of the building. Selecting a building board with good external performance and durability is important, particularly through the build phase, as the product may be left exposed for several months prior to a secondary facade being installed over the top of the system. In order to generate speed and ease of construction, Y-Wall was supplied pre-cut to specified panel sizes. The fabrication work was undertaken by Benx Façades at its dedicated facility, to ensure a seamless process.

The aesthetics of this new brewery in Ashford were incredibly important to the overall design process, with no detail left unchecked - including the style of the fastener heads used to fix the impressive jet black cladding panels.Designed by Guy Holloway Architects, the Curious Brewery combines two functions in a single 'supershed' - alongside the stainless pipes and vats of the production facility is a visitor attraction comprising space for tastings, a shop, restaurant, and bar. The building makes a bold statement about modern brewing in Britain with a suitably 'curious' black façade, which gives little away until visitors step inside where it then opens up the modern brewing process to visitors - with an immersive approach to the brand experience. "We are extremely impressed with the aesthetically pleasing fasteners chosen for this project. Fixfast colour coated low profile fasteners and washers with very little lead time were a cost-effective solution to an aesthetically pleasing building" Jamie Cook - Managing Director at TLC Industrial Roofing & Cladding

The frontage of the Ocean Terminal shopping centre in Edinburgh has received a radical makeover as part of a major investment to increase footfall by enhancing the visitor experience. The extension has been covered with STEREO-KINETIC cladding; hundreds of freely-moving stainless steel sheets suspended from grating panels. Gusts of wind, traffic, even people walking by cause the metal rectangles to ripple in an ever-changing display. The kinetic artwork has been designed in such a way as to allow the passage of natural daylight through the underlying window openings on the second floor level.

• The West Croydon Bus Station in London is a vital link for the millions of people every year commuting to work from the South and South East into London. The station forms a hub for over 150 buses per hour with the adjacent tram stop and West Croydon railway station providing routes to both East and West London as well as to the City and Docklands.• The redevelopment of the bus station forms part of a £50 million programme of the Main Street public pedestrianised space and transport infrastructure to transform the town centre by creating a more attractive environment in which to live, work, socialise and do business.• Designed by Transport for London’s in-house team of architects headed by Martin Eriksson, the project goal was to create a user-friendly waiting and assembly shelter to cope with a 20% increase in passenger numbers and provide a brighter more spacious environment to service the vast number of passengers using this interchange daily.The SolutionThe normal choice of construction for a translucent and weatherproof canopy would be to glaze the roof with glass. However the project team at TfL realised that Kalwall® offered a better solution in this location. It would not only solve the design requirements and contribute to a better design but would offer many other benefits over traditional glazing.For example, since Kalwall is much lighter than glass the supporting structure could be less strong and far less substantial. This meant the vertical supports were less obstructive and opened up a better view of the environment, including the very attractive St Michael’s Church located nearby which had previously been blocked from the view of waiting passengers. The corten steel (weathering steel) support could also be subtle and worked into arches and patterns meant to mirror and complement the church.Furthermore, Kalwall is visually far more attractive than glass while eliminating shadows, hotspots and glare and the stark contrasts of light and shade; all improving the experience for passengers underneath.As Kalwall diffuses natural daylight downwards and reduces vertical illumination and reflection upwards at night, it can control light pollution on the surrounding high-rise buildings while emitting a very attractive ethereal glow, making it a beacon for travellers.Maintenance-wise, Kalwall is also an effective choice. Soil and detritus are less obvious on Kalwall than on glass and cleaning is much simpler because access scaffolding is not required and maintenance staff can safely walk across its surface.The CommentsMartin Ericksson comments, “Transport for London has a long and rich design heritage. The approach to the redevelopment of West Croydon bus station has sought to build on this heritage and recognises that waiting for your bus should not just be a perfunctory experience, instead it should be a positive one enhanced by good architecture. Site constraints, high footfall and the poor design of the previous station, presented an excellent opportunity to demonstrate the difference good architecture can make through improved layout, better passenger movement and accessibility – whilst supporting the West CroydonMasterplan.Brick was chosen to connect the station to its urroundings, especially the adjacent listed church. Using Kalwall brought many advantages and benefits in relation to its lightweight yet strong structural qualities. It has helped enhance daylight transfer and protects from sunglare whilst reducing hotspots and solar gain. The material’s soft translucent qualities contrast beautifully with the building’s warmth and texture, providing a sheltered waiting environment with the added advantage of low maintenance and high performance.”

London is the UK’s largest student accommodation market, yet the supply of purpose-built student beds continues to lag behind the growth in student numbers. Cole Waterhouse’s First Way Campus aims to plug this gap, providing high-quality accommodation in the heart of the Wembley Park regeneration area in northwest London, close to excellent transport links, shops, restaurants and leisure facilities. Sector: student accommodation , Client: Cole Waterhouse, Partners: Bowmer & Kirkland; Fire Shield Limited

GEC Anderson’s stainless steel worktops, sinktops, doors and splashbacks have been chosen for the modern Café Bar at The Hepworth Wakefield art gallery in West Yorkshire, for their contemporary and accurate appearance as well as their hygienic qualities associated with food service. The stunning building is formed of ten different sized trapezoidal blocks constructed using pigmented, self-compacting concrete and recently listed in The Times ‘Top 50 Galleries in the World’. The continuous stainless steel worktop installed behind the main serving counter of the Café Bar incorporates sinks, plinth, cupboards doors and splashbacks, all in brushed satin stainless steel.

Architects: Orme Architects. NORclad supplied two species for this project both treated with NORclad Brunnea. PEFC-certified European Redwood in A Grade for the majority of the internal timber cladding, 7 different sizes of timbers were supplied from an extensive cutting list to minimise wastage on site, and in areas reduce the requirements for joints between boards. PEFC- certified Canadian Western Red Cedar was also supplied, this timber was used externally on the project, in a number of widths as seen within the images.

This new store was the first of its kind in the country, tested in the Central Arlington location (612 W. Park Row). With over 3,000 Arlington High School students just across the street and over 34,000 UTA Mavericks under a mile away the store is perfectly situated for big sales. Conceived as a kid-friendly yet upscale environment, the restaurant marries a fast-casual vibe with modern details. Therefore, Accoya was the ideal choice for this exterior application due to its superior aesthetics, sustainability and class 1 durability.

Founded in 1541 by King Henry VIII, The King’s School is a prestigious co-educational independent school with a rich history, educating children from 4 -18 years of age.

Established in 1840, this stunning refresh of the Rosebank Distillery situated in Falkirk, Scotland, illustrates the beautiful design and installation of the 3mm Aluminium Traypanel System in Anthra Zinc

DAYLIGHT FOR SHOWCASING STUDENT SUCCESSWe have always recognised that daylighting is both an art and a science, which makes it an appropriate focal point for Mahwah High School’s new STEAM Lab. The STEAM (Science, Technology, Engineering, Arts and Mathematics) approach to education takes an important step in recognising the importance of and integrating the arts into a science-and-technology-geared curriculum. The arts foster creativity and ingenuity that allows for the successful application of other skills.The 9,000-square-foot facility—designed by Tokarski Millemann Architects and fondly nicknamed the “Thunderbird Think Tank” in honour of Mahwah High School’s logo—houses classrooms, indoor and outdoor labs and a gallery to showcase student projects.Tokarski Millemann was looking for the perfect material to use for the art gallery component of the facility. According to principal architect, Michael Millemann, “The vision was to create a ‘cube’ shaped space for the display of the students’ creative works which were previously tucked in a hallway. The material needed to create a beautiful glow from the exterior along with permitting only serene, diffused light to the interior.”Kalwall’s museum-quality daylighting™ delivers full-spectrum, diffuse natural light to allow for high visual acuity and accurate colour rendition within the gallery space. This creates a comfortable, welcoming environment for viewing artwork and other projects or hosting gatherings.A custom blue face sheet was developed to match the school’s logo. The blue is not a coating, but rather full-colour thickness through the entire exterior face, utilising Kalwall’s super-weathering technology. Due to the panel’s power of diffusion, the blue exterior does not affect the quality of light within the space, but it allows for a beautiful, soft glow at night that acts as a marquis for the school. During the day, Kalwall’s best-in-industry solar heat gain control prevents the cube from becoming a hot box and superior thermal performance ensures a comfortable environment all year long while lowering HVAC loads. Combined with daylighting’s ability to reduce reliance on electricity, Kalwall plays a major role in the project’s overall energy efficiency.Cost efficiency is another benefit Kalwall provided. Panels are low maintenance with a self-cleaning surface, meaning normal rainfall helps to keep the exterior free of sediment while at the same time retaining its original colour during the weathering process. The lightweight panel system minimised the need for additional internal structure for a very clean design, while rapid installation kept the project on schedule and on budget.“The Kalwall translucent panels exceeded our vision,” said Millemann. “We worked with Kalwall’s Steve Del Guercio and their team to develop a daylighting and structural strategy, and the custom panel colour. The Kalwall cube anchors the addition to the existing building and is a visual beacon located on axis with the entrance to the campus. Along with the client, we could not be happier with the final product.”The Mahwah High School STEAM lab will be an environment in which students can thrive for generations to come.Photos: Courtesy of Tokarski Millemann Architects

During the early 19th Century, a large section of the South Bank of the River Thames, London, comprised small wharves, docks and other industrial uses. In more recent years, the site has been used as a delivery depot, however, it is only now that the value of the site has been realised as a prime mixed-use location.

A major development has seen the creation of some 300 contemporary new homes in the heart of a country park in Kent. The Conningbrook Lakes scheme was built by the Chartway group, a leading Kent based developer, with GDM Architects responsible for the main design. RCM were asked to supply their Supertech Weatherboard for the exterior of the different types of houses, ensuring an individual finish for the different house types.

Architect: Redbox Design GroupMain Contractor: Tolent Construction Installer: Metcalfe Roofing & Building Services LtdStone: Cebecca LimestoneThe Sunderland Hilton Garden Inn, on the banks of the River Wear, is a 141 room hotel featuring MX curtain walling as well as Aztec 20mm Cebecca limestone Ventilated Rainscreen. Designed By Redbox the architects wanted a light and spacious building without the need for a heavy support system. The glass and limestone mix imparts this vision perfectly. Completed in 2016 The Aztec system was installed by Metcalf Roofing & Building.

Client: Stockport Metropolitan Borough CouncilArchitect: BDPMain Contractor: Wates ConstructionInstaller: Range RoofingRedrock Stockport is a 10 screen cinema, retail and restaurant space and a multi-storey car park. Designed by BDP and delivered by Wates Construction the Aztec Ventilated Façade with Cebecca Limestone was installed by Range Roofing.

Architect: GSS ArchitectureInstaller: Teams RoofingStone: Fletcher Bank SandstoneGSS Architecture were the lead architects for the £11m Enterprise and Innovation Centre in the heart of Sunderland.The development of a large new building next to a Grade II listed building contrasts the old and the new with some style.The Aztec Rainscreen System comprised a ventilated Fletcher Bank Sandstone façade at 40mm and was installed by Teams Roofing. Completion was in 2016.

Architects Morgan Sindall was charged with creating a state-of-the art, energy efficient building including the hot water distribution system. A specific requirement was for the system to be able to raise temperatures monthly, for the prevention of legionella. A single-pipe solution was designed, using 1.8km of nVent RAYCHEM HWAT-R self-regulating cables to maintain 60°C. Supported by 15 nVent RAYCHEM HWAT-ECO smart controllers, the necessary legionella prevention cycles could be met, pipe temperatures could be varied (to provide setback temperature savings) and thermal boosts to 65°C implemented during times of non-occupancy.

Project: Broxbourne Business CentreDate: 2022 Background:·        APL were engaged with the architect early in the project design and specification process·        APL worked closely with the architect and powder-coating manufacturers to select the correct colour shade for the perforated areas·        APL’s design team assisted with detailing the challenging interfaces between different cladding types·        APL provided all structural calculations Systems:·        550m² of APL SnapLoc™ traditional standing seam system in steel with a RAL 7016 PUF coating ·        700m² of APL AP18HR-Airwall™ perforated sinusoidal profile with an APL Oxide3 PPC coating ·        APL Tritherm™ GALV sub-framing to SFS substructure for APL SnapLoc™ areas·        APL AluE™ Tritherm aluminium sub-framing for AP18HR-Airwall™ areas·        All flashings, fixings and accessories  Building Location:·        Broxbourne

Location: Solihull Project Type: Residential Development Cost: £47m Product: Balcony Cladding, Window Cladding, Rainwater Pipes Finish: Syntha Pulvin RAL 7016 Anthracite Grey Satin Fire Rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018) Product: Shadex 150 Solar Shading and Privacy Screens Finish: Powdertech’s PWF1 Timber-effect polyester powder coating Fire Rating: A2-s1, d0 (EN BS 13501-1) Client: The Solihull Retirement Village in partnership with the ExtraCare Charitable Trust Architect: DLA Architecture Main Contractor: The Vistry Group Sub Contractor: MQM Fabrications

NORclad have been supplying the timber cladding on this project over the past couple of years, a mixture of Tongue and Groove boards, feature fins, and open rainscreen profile.Areas for accommodation and high footfall required to also receive EuroClass B fire treatment.A HomeGrown Larch was selected for this project, having a fair spread of knots and character to be in keeping with its surrounding, a great example of selecting a suitable timber species that fits. Potentially if a timber with a lower knot content, or less defined grain would not have worked as well as this, in these natural surroundings.With English Grown Larch only being classified as slightly/ moderately durable by TRADA, the decision was made to use a high pressure treatment on all of the timber supplied for this project. NORclad Lite preservative treatment was selected, which allows the timber to naturally weather down to the silver grey as you’d expect from timber after being exposed to UV light, the treatment also offers a 30 year warranty against rot & insect attack.

The Rock is a 1.6million sq/ft mixed use development aimed at regenerating the town centre of Bury. The £350million project includes shops, restaurants, cinema, bowling alley, parking space and residential units. Lang+Fulton supplied 300 sq/m of custom-sized panels and 20 sets of doors to secure and ventilate the street-front elevations of the electricity sub-stations. These were made to fit the structural openings with concealed ancillary steelwork. Italia-100 steel louvred material was chosen for its vandal-resistant properties and was also impenetrable to any abuse from a foreign object.2.8m high Italia-80 was also used in the car park as an internal visual screen separating vehicle access from a service road. In addition 160m of 2.8m high Stereo grating panels were installed on the upper levels of the car park around plant areas and emergency exits.

Manhattan Loft Gardens, LondonHaving received the highly regarded RIBA Award for an architectural style which almost defies gravity, Vincent Timber were honoured to supply the beautiful Western Red Cedar that covers the three unique terrace spaces of the Manhattan Loft Gardens. The building was designed to create a community within East London offering 248 rental loft apartments, three rooftop gardens and bars, two restaurants and a beautiful hotel, The Stratford. The building even featured on BBC's The Apprentice with candidates tasked to sell these high-end homes. The stunning gardens are carved out of the building itself with the impressive use of two differing cantilevers. Our timber panelling clads the underside of these overhanging levels whilst helping to bring life to the simply beautiful outdoor space.Spectacular Design Inside & OutDesigned by Skidmore Owings & Merrill for the Manhattan Loft Corporation the spectacular building sits 143m high covering a total of 38,225m². Overlooking the Olympic Park, the building's community helps to keep the vibrancy and creativity of this iconic area alive.With live music and cocktail masterclasses, creative workshops and yoga being just a few of the events here, residents, guests and locals are all invited to enjoy the buzz of the Manhattan Loft Gardens.Thanks to the positioning of the building’s double cantilevers, residents are only ever eight stories from a relaxing open space with unobstructed views across London. The sky gardens on the 25th and 36th floors feature wildflower gardens, BBQ zones and bar areas to dance the night away, all accompanied by plentiful natural timber. Inside, there is even a gym fitted out with the latest TechnoGym equipment.The exterior of the building is focused on nature, featuring wildflowers, water features, cedar pathways and pine trees, while the interior offers a breath-taking contrast. The entrance lobby is pierced by a stunning seven-storey glass atrium and features a beautiful 10m high fireplace. The apartments themselves are equally memorable with a collection of unique single and double-height loft apartments, all with rich oak flooring, bespoke furniture and floor-to-ceiling windows.Why Western CedarWestern Red Cedar was perfect for this project as it offers a wide range of patterns, width, and thickness, creating real flexibility and individuality in design. When properly finished and maintained, cedar will hold its beautiful appearance for decades, complimenting such a high-end build.Despite all efforts at imitation, no man-made product can match the performance qualities of Western Red Cedar. It is often chosen for buildings which require an attractive appearance, superior performance, and resistance to weather conditions. What's more, Western Red Cedar has the least impact on the environment throughout its life cycle. It requires significantly less energy to produce than man-made alternatives and is biodegradable. Our cedar is responsibly and sustainably harvested in the publicly managed forests of British Columbia, Canada. Less than 1% of standing timber is harvested each year and for each tree harvested, three are replanted to ensure our forests continue to exist. This eco-friendly material is the perfect partner for the Manhattan Loft Gardens. As well as being a haven of luxury, the building is kind to the planet. As its major structural elements are exposed there's no need for additional finishes, reducing the volume of material needed for its production, lowering its overall carbon emissions.

Buckinghamshire University Technical College (UTC) in Aylesbury required project constraints that demanded an intelligent, modern approach to construction. As with many education projects, the build-programme involved winter working and extremely...

The new Apley House administration building at the Royal United Hospital (RUH) in Bath scooped two awards at the 2015 South West Built Environment Awards, winning both the ‘Innovation’ and...

The Porter Building presented a range of demanding challenges for the Aquarian team but now complete, this ?agship project has transformed a key development area in central Slough. Thanks to...

Located near Pett in South Essex, this family home combines sustainability with an eye on the future. The house, which has an internal floor area of 400 square metres, was completed in 2014, after a construction period of 18 months. The aim of Alma-nac architects was to create a building that makes the most of its enviable location in the natural environment, offering 360° views. The upper level of the Split House features CUPACLAD® 201 Vanguard, helping to prevent moisture in while enhancing the contemporary look of the house.

The building of a new fire station and safety centre in Lymm was part of a comprehensive plan to improve response times across Cheshire, Halton and Warrington.

Moneypenny engaged the help of AEW architects to design a new and exciting office environment. With space to house 1,000 staff, Moneypenny wanted to have a new headquarters, which were both efficient office spaces, as well as a great environment for its staff to operate in. In turn, Pochin asked RCM to supply its 12mm Cemboard to the construction, because of the building board’s excellent acoustic properties, which were a major consideration for the construction of the call-centre.

The International Quarter is a unique mixed-use scheme providing an inspiring new business environment, designed to create spirit, space, community and culture. The project comprises 4,000,000 sq ft Grade ‘A’ office accommodation, 275,000 sq ft hotel space, 350 new residential units and associated community facilities.

Single-pipe hot water distribution systems were designed for the new acute inpatient hospital in Wakefield and new diagnostic and treatment centre in Pontefract. 25km of RAYCHEM HWAT-M self-regulating heating cables was used, supported by RAYCHEM HWAT-ECO controllers. The single-pipe design and simplicity of the RAYCHEM installation dramatically eased the modular fabrication process. Fully traced and insulated pipe modules were assembled off-site and delivered to meet strict schedules for connection. Pipe freeze protection for external pipework was provided by some 10 km of RAYCHEM WinterGard self-regulating cables.

Project Overview:Guttermaster Limited played a pivotal role in the meticulous restoration of Manor Farm, a historical building. This case study highlights Guttermaster's key contributions in preserving the heritage aesthetics by supplying a number of solutions, including cast aluminium guttering, extruded rainwater pipe, and cast hoppers. The primary objective of this heritage project was to retain the timeless charm of Manor Farm while ensuring effective rainwater management.Project Details:Scope of Works:Supply of cast aluminium guttering, extruded rainwater pipe, and cast hoppersClient's Requirements:The restoration of Manor Farm aimed to preserve its historical charm while addressing the need for efficient rainwater management. The client's key project requirements included:Historical Preservation: The need to retain the authenticity and heritage aesthetics of Manor Farm during the restoration.Functional Rainwater Management: Effective rainwater drainage and collection without compromising the visual integrity of the heritage site.Collaborative Design: A collaborative approach between Guttermaster and the restoration team to seamlessly integrate modern functionality with timeless heritage aesthetics.Guttermaster's Approach:Guttermaster Limited approached the Manor Farm restoration project with a meticulous blend of historical preservation and modern functionality:Bespoke Solutions Selection: Guttermaster's expertise led to the selection of cast aluminium guttering, extruded rainwater pipe, and cast hoppers for their durability, classic appeal, and ability to seamlessly complement heritage architecture.Functional Integration: The extruded rainwater pipe, designed for optimal rainwater flow, and the cast hoppers were chosen to add functional elements without compromising the visual integrity of the heritage site.Fine Texture Powder-Coated Finish: Guttermaster's commitment to maintaining the authenticity of Manor Farm was evident in the fine texture powder-coated finish applied to the supplied components. This finish enhanced durability and ensured seamless integration into the heritage environment.Results:The collaboration between Guttermaster Limited and Manor Farm resulted in a successful restoration project:Harmonious Blend: The cast aluminium guttering seamlessly complemented the heritage architecture, achieving a harmonious blend of historical preservation and contemporary efficiency.Functional Elegance: The extruded rainwater pipe and cast hoppers added functional elements without compromising the visual integrity of Manor Farm, ensuring effective rainwater management.Fine Texture Powder-Coated Finish: The applied finish enhanced the durability of the supplied components and seamlessly integrated them into the heritage environment, contributing to the overall visual appeal of the project.Conclusion:The supply of cast aluminium guttering, extruded rainwater pipe, and cast hoppers by Guttermaster contributed to the successful restoration of Manor Farm. This case study exemplifies the importance of expert collaboration in heritage projects, where attention to detail and a commitment to preserving historical aesthetics are paramount. Guttermaster's role in providing both functional and visually complementary rainwater management solutions underscores the significance of maintaining heritage integrity in architectural restoration.

Greater efficiency, lower costs and improved learning environments were among the many benefits achieved by using our Gebrik system to refurbish Hampshire County Council’s prefabricated school buildings. This major, ongoing...