"rainwater"

The second tallest building in the United Kingdom, and tenth largest building in the world is home to an impressive amount of BLÜCHER EuroPipe! All 62 floors are equipped with stainless steel drainage, from RWP, SVP and food vacuum systems to interceptor foul drainage and disconnecting traps for rainwater.The project spanned over two years, and it was a no brainer that our lightweight, adaptable and push fit system was chosen as the sole supplier.

Skyline fascia soffits from architectural rainwater specialists Alumasc, have been used for the extensive refurbishment of The All England Lawn Tennis and Croquet Club in Wimbledon.Driven by the need to enable all-weather play, renovation of the legendary Centre Court included a state-of-the-art retractable roof. From the outset, Alumasc worked closely with Architects Populous of London, on the massive six-year undertaking which resulted in one of Alumasc’s largest rainwater product installations to date. Alumasc’s Skyline soffit system was specified for the underside canopy of the stadium bowl, in order to meet the demanding performance requirements for the arena’s ceiling cladding. 6000 individual soffit modules were supplied, in 80 varying profiles and sizes, totalling an impressive 6500m² of aluminium and associated fittings. Dedication to client support was priority, with Alumasc attending numerous site meetings and manning extra shifts in order to accommodate workload and deadlines. Alumasc’s premium level of technical assistance involved the provision of full product mock-ups prior to manufacture and regular testing of the Skyline system throughout the construction process, to ensure compliance with the client’s requirements at all times.

Location: Ashton Interchange, Ashton-under Lyne, OL6 6DP Project Type: Transport Development Cost: £32.7mProducts: Meridian Coping, Stepped Fascia, Kwikfix Plank SoffitFinish: RAL 9003 Matt Signal White RAL 8019 Matt Grey Brown Client: Transport for Greater Manchester Architect: Austin Smith Lord Main Contractor: Vinci Construction Ltd Sub Contractor: Stafford Rainwater Systems Ltd

Clapham Junction Train Station is one of Europe’s busiest Railway Stations handling up to 50,000 passengers per day. AJ Wells designed, built and installed vitreous enamel cladding for the Grant Road Entrance.Detailed site surveys were carried out to design the appropriate framing system for the cladding panels. There were a number of design requirements to be considered including: provision of a rainwater management system, emergency fire escape, access doors, interfaces with electrical equipment, staircases and uneven flooring.Everything was successfully incorporated, manufactured and installed on-time and within budget in time for the new connection to the Overground to open just before the London Olympics.During installation, careful logistics and passenger safety were our top priority, with much of the works carried out at nights and weekends. Much of our work was carried out alongside other contractors working on floors, ceilings and electrical connections.KEY FEATURES: • Framing system and vitreous enamel cladding • Incorporates rainwater management system • Incorporates emergency fire escapeA.J WELLS SERVICES: • Design, Build & Install Project • Site-Survey, CAD design • Manufacture • Installation of framing system and VE cladding • Provision of project documentation

The historic Bell Street Stables in Glasgow has recently undergone an extensive conversion, featuring the installation of Alumasc’s Flushjoint aluminium rainwater downpipe system.This magnificent period property has an interesting history. It was built between 1896-98 by A. W. Wheatley, originally to house horses working to pull the Glasgow City Council Cleansing Department’s refuse collection carts. In 1955, the building was redesigned to provide a separate entrance for the Police Department who shared the property with Cleansing until the 1980s. Situated in a prime position within the Merchant City area in the city centre of Glasgow, the building was converted to form 52 mid-market affordable rented flats by the Construction and Manufacturing Group (CCG) on behalf of Glasgow Housing Association (GHA) and Lowther Homes, during a two-year construction programme. The renovation was completed in 2019.A major requirement of the renovation was to conserve as much of the building’s heritage as possible, which included all exterior aspects. This involved the upgrade of the stone elevation, replacing all windows and making repairs to the roof and rainwater system.Flushjoint aluminium downpipes along with contemporary hopper heads were specified for their contemporary design. The installation was completed in a non-standard RAL colour to match and complement the window surrounds. 

New school construction with biosolar wildflower roof system. Selection of sedum and native wildflower species pre-planted into M-Tray modular green roof trays for fast and easy access to and installation on single ply roof membrane. Client increased thermal insulation, reduced rainwater run-off, achieved energy savings, protected the waterproofing membrane and attracted wildlife to the roof space.The wildflower / PV roof system will feature in students' learning projects in the future.

As the centrepiece to British Land’s regeneration of Regents Place, 10 Brock Street is a distinctive 16 storey, 320,000 sq ft landmark office development in the heart of London. Completed in 2013, the building achieved the coveted BREEAM ‘Excellent’ rating thanks to a number of features, including rainwater harvesting system and combined heat and power systems. British Land’s property management company, Broadgate Estates, approached INTRAsystems to remove and replace the three entrance mats at the front and rear entranceways. Find out more

Location: Chippenham, WiltshireProject Type: Retirement HousingDevelopment Cost: £10mProduct: Meridian Wall CopingDF Rainscreen PanelsWindow SurroundsFinish: Syntha Pulvin RAL 7036 Matt Platinum GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: McCarthy & Stone Retirement HomesArchitects: HGP LtdMain Contractor: McCarthy & StoneSub Contractor: Stafford Rainwater Systems Ltd

The Royal Albert Hall in the heart of vibrant west London is distinctive for its unique circular architecture and Victorian styling, and famous for bringing a wealth of high-brow art and culture to the city since it opened in 1871.A building such as the Royal Albert Hall is not only a building, but part of the heritage of its surrounding community. For this reason, the Royal Albert Hall Grade One Listed and meaning all proposed renovation works must meet strict regulations put in place to ensure the preservation and respectful enhancement of the building.Sir Robert McAlpine were awarded the overall contract to deliver a programme of upgrade, renovation and refurbishment work. So, when it came to replacing the original water management systems that had been in place since it’s opening, the challenge was on to find a manufacturer and installer that would bring the Hall the best products possible that were also in keeping with these requirements.Gutterworks, an Alumasc approved installer, installed Alumasc Rainwater management systems during the refurbishment in 2018. Alumasc was chosen for its ability to analyse and precisely recreate the original gutter and pipe mouldings that were used in the originally installed systems, therefore contributing to the preservation of the historic building. Over ten years ago, Alumasc Rainwater management systems were installed in a similar project at Kings Cross St Pancras Station.

There is nothing quite like an ambitious project executed to the highest standard.This complete rebuild and extension of a late Victorian terraced house in Brockley, south east London, presented challenges at every turn. The existing house suffered from the addition of poor-quality extensions and structural problems, but was redesigned by Conibere Philips architects with the specification of Alumasc Rainwater Flushjoint downpipes and hoppers. This ensured elegant and efficient water management, as well as security against water ingress into the new masterpiece of a home.“It’s extremely unusual for a mid-terrace to be demolished and rebuilt in this way, but it was decided as the most economic and sensible course of action to take in this case. This also allowed us to adapt the property on rebuilding to look much more contemporary and elegant,” explained Robin Philips, Partner Director at Conibere Philips. Elegance was also firmly the desired direction when considering water management.“We chose to specify Rainwater Flushjoint downpipes and hoppers from Alumasc to maximise on their sleek and minimal design that would further contribute to the contemporary look of the building,” Robin confirms.“The joints in the RWP sections are very elegant. The whole effect is much less cluttered than most other RWP products. A simple, modern elevation would have been ruined with more traditional RWP products.”

This case study highlights the successful implementation of Britmet’s flat-to-pitch conversion system, BritFrame, and lightweight metal roof tile, Slate 2000. The project, carried out by Jennings Roofing encompassed a total area of 500 square meters and aimed to improve the infrastructure of the existing roof. This case study examines the benefits, challenges, and outcomes of utilising Slate 2000. This case study highlights the successful implementation of Britmet's Slate 2000 roofing system and Britframe structural solution in a social housing project. The client, a new customer of Britmet, discovered the systems at the UK Construction Week (UKCW) exhibition. Impressed by the innovative design and features, the client expressed interest in utilising Britframe for a flat-to-pitch conversion project in their social housing development. The client is a housing association responsible for managing and maintaining a portfolio of social housing properties. They were seeking an effective solution to address various issues with one of their buildings, including an ageing roof with multiple repairs, inadequate insulation, and inefficient rainwater management. The objective was to enhance the building's aesthetics, improve water tightness, increase energy efficiency, and minimize future maintenance requirements. The initial meeting between the client and Britmet took place at the UKCW exhibition, where the client became acquainted with Britframe, a lightweight and versatile structural solution. Intrigued by its potential, the client arranged for an on-site visit to further assess the feasibility of utilising the Britframe and Slate 2000 roofing system for their project.Slate 2000 is a durable and aesthetically pleasing lightweight roofing material that offers long-term performance and weather resistance. It's stylish design and robust properties make it an ideal choice for enhancing the visual appeal and durability of roofs and cladding. During the initial site visit, Britmet's team evaluated the existing roof condition, rainwater management system, and insulation levels. After careful assessment, they provided the client with a budget price estimate for the proposed project. The estimate included the cost of materials, labour, and necessary ancillary items. To streamline the project, the client signed a Project Assist agreement with Britmet. This allowed Britmet to obtain planning drawings and submit the necessary applications on behalf of the client. Additionally, Britmet provided structural calculations, design drawings, and rainwater calculations to ensure compliance with regulatory standards and best practices. The main objective of the project was to convert the existing flat roof to a pitched roof using Britframe and install Britmet's Slate 2000 roofing system. This conversion offered numerous advantages, including improved water tightness, increased insulation, and resolved rainwater management issues. Notably, the internal gutters, which had caused maintenance problems, were relocated externally as part of the new design.Beyond functionality, the new roofing system and structural solution significantly enhanced the building's aesthetic appeal. The modern design of Britframe, combined with the stylish appearance of Slate 2000, seamlessly integrated the property with its surroundings. The improved visual aesthetics added value to the social housing development. One of the key benefits of choosing Britmet's Slate 2000 and Britframe was the assurance of minimal maintenance requirements. Unlike the previous roof covering, which had undergone numerous repairs and reached the end of its life, the new system was designed to be durable and long-lasting. This eliminated the need for ongoing maintenance and reduced future costs for the housing association.Through the adoption of Britmet's Slate 2000 roofing system and Britframe structural solution, the social housing project achieved its objectives of enhanced aesthetics, improved water tightness, increased insulation, and efficient rainwater management. The collaboration between the client and Britmet, from the initial meeting at UKCW to the successful implementation of the project, demonstrated the value of innovative roofing and structural solutions in the social housing sector.

The area of Bermondsey Spa in South London was a vast development project in 2017 and 2018, the Bermondsey Square Hotel being a focal point of the area. As well as assisting with various applications for the projects, Fixfast helped with site visits and rainwater calculations to ascertain the needed level of roof drainage. Having swiftly answered these requirements, Fixfast then supplied many of the well proven FarBo roof outlets together with leaf guards to ensure the longevity of the roof areas."Brilliant service, didn't have any problems at all"Tanya Hall - Buyer

BLÜCHER recently supplied our BLÜCHER EuroPipe system to the new Terminal 2 car park at Manchester Airport. The new multi-story car park has space for 3,800 vehicles and is part of the £1 billion transformation programme at the airport. The installation was overseen by G Beverley & Son on behalf of the M&E Contractor, Crown House. Our stainless steel drainage systems are the ideal choice due to our lightweight push-fit pipes and fittings are easy to handle and install, and provide rapid discharge of rainwater and waste water.

Location: Bingham, NottinghamshireProject Type: EcclesiasticalDevelopment Cost: £1.6mProduct: Meridian Coping Curved to 2-RadiiAluminium Fascia SoffitMonocoque Support System100mm Round Contemporary Rainwater PipeFinish: Syntha Pulvin RAL 7043 Matt Verkehrsgrau BFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Bingham Methodist ChurchArchitect: Allan Joyce ArchitectsMain Contractor: A & S Enterprises Limited

Location: Wymondham, Norfolk Project: Educational Product: Curved Meridian Aluminium Wall Coping, Aluminium Eaves System with hidden gutter & support-work, Rainwater pipes & Brise Soleil Shading System Finish: Syntha Pulvin RAL 7012 Matt Basalt Grey Fire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018) Architect: NPS Property Consultants Ltd Main Contractor: Morgan Ashurst Sub Contractor: Roweaver Developments Ltd

This was a large roof terrace on a private domestic project. The area was flooded and had needed to be re-laid with waterproofing and a significant fall constructed into the deck to allow the often considerable amounts of rainwater to escape the roof deck. The contractor asked Wallbarn for a suitable but cost effective solution so we recommended Wallbarn 9mm rubber supports along with levelling shims. The area was re-waterproofed in the inverted waterproofing method, the membrane being covered with rigid insulation boards and a loose laid geotextile fabric to act as a separation layer .

Heritage Cast Iron Rainwater systems from Alumasc have been used at The Lancasters, one of London’s most exclusive and prestigious residential developments.Overlooking Hyde Park, The Lancasters was originally a parade of 15 magnificent stucco-fronted Grade II listed houses dating from the mid nineteenth century. More recently used as a hotel, it has now been restored and developed into 77 prestige homes. A leading team of developers, architects and interior designers has created a unique fusion of traditional architecture with brand new design and construction.Alumasc’s Heritage Cast Iron system was specified by the architects Nilsson, for its combination of traditional manufacture and modern quality control standards. The result is a highly robust rainwater solution that provides a visually sympathetic finish to fully complement the stunning Victorian architecture.The Heritage Cast Iron was installed by Premier Services Installations (PSI) Ltd and comprised traditional 4” downpipes and ogee gutters finished in a bespoke white, created especially for The Lancasters by Alumasc who created a dedicated paint line to ensure the order was completed on time.Dave Jones of PSI Ltd commented: “The Lancasters is the largest fascia construction project in Europe and boasts one of the longest and highest Victorian residential terraces in the UK. The sheer height of the building required eighteen 1.8m lengths of downpipe from ground level to the hopper heads.

The UNIFOLD® Gutter Lining System has recently been installed within five valley gutters, totalling more than 700metres, on the Argos Distribution Centre, Castlegate, Wolverhampton.The facility, operated on behalf of Argos by Wincanton, had experienced severe storm water ingress due to the overwhelming of the existing gutters and outlets, causing severe damage and disruption.The roof had been over-sheeted several years ago and the existing gutters were fitted with a continuous plastics liner at this time.This liner was not lying flat due to expansion and contraction problems, leaving raised areas within the gutter, further reducing the available capacity and contributing to the problems being experienced.Ampteam Limited along with rainwater drainage experts CRM Rainwater Drainage were invited to propose a solution to the problem.Survey and DesignFollowing a survey by Ampteam and CRM, a design solution was provided for the gutters.As the existing gutter had insufficient capacity and any modification to the roof at the eaves position to enlarge the gutter was not an option, the design solution required the use of all of the available space within the eaves cavity.The situation was complicated by the need to control works on the asbestos cement gutters on a building constantly in use. This in turn meant that no extra outlets could be introduced and the existing outlets could not be enlarged.The solution involved the installation of a multi-hinged Unifold gutter, fitted and sealed to the underside of the roof sheet in order to maximise the gutter capacity, combined with specially designed siphonic outlets. As the eaves conditions varied along the gutter runs and within each gutter and access was tight, the UNIFOLD® was supplied with 7no hinges.This facilitated relatively easy installation in very difficult circumstances.Siphonic OutletsThe UNIFOLD® gutter was also provided with factory fabricated side boxes to house the unique siphonic outlets that were designed and tested by Dr Malcolm Wearing of CRM Rainwater Drainage.Although the capacity of the gutters had been increased to the maximum given the existing roof conditions, these siphonic outlets, manufactured and installed by Aquaphonixs Limited, were essential to improve the drainage performance of the existing outlets and to allow the system to function without any additional outlets.Fan shaped, semi-circular siphonic outlets with an offset 100mm diameter tailpipe were specially designed to fit inside the UNIFOLD® side boxes and into the existing 150mm diameter outlets.The siphonic outlet tailpipes were connected to flexible tubes, sleeved into the existing plastic downpipes.The custom made outlets were optimised and tested in laboratory conditions and proved to provide a capacity of over 27litres/second, ten times the capacity of a standard 100mm diameter outlet.Calculations to prove the design solutions of both Unifold gutters and siphonic outlets were provided by CRM Rainwater Drainage.InstallationThe UNIFOLD® gutter system was installed by approved contractors Traditional Structures Limited who, due to the relative complexity of the contract, originally forecast a period of 7 weeks to complete the installation.First class organisation, excellent site personnel and attention to detail by both Traditional Structures and Ampteam Limited meant that the installation was completed in just over 4 weeks with no disruption to processes within the building.

The Wave is a new inland-surfing lake, powered by 100% renewable electricity that provides the opportunity to surf all year round regardless of weather conditions or tides. The site’s entrance and car park suffered from boggy ground conditions following spells of wet weather and with approximately 2,750m2 of impermeable surfacing, there was limited potential for infiltration. The shuttle bus route between the main facilities and the car park is now surfaced with Truckcell 80 Permeable Paving blocks, filled with free draining angular gravel to allow rainwater to percolate down to the existing sub-soil.

Location: Bracknell, BerksProject Type: ResidentialDevelopment Cost: £33mProduct: 600m Bullnose FasciaRaking Secret-Fix Panel Soffit320m Meridian Coping250m Balcony FasciasFinish: Syntha Pulvin RAL 7005 Satin Mouse GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Redrow Homes LtdArchitect: Vista ArchitectureMain Contractor: Redrow Homes LtdSub Contractor: Stafford Rainwater Systems Ltd

Location: Southampton City CentreProject Type: HousingDevelopment Cost: £20mProduct: Complete Aluminium Eaves SystemElliptical Fascia with THX Soffit Panels100mm Round Contemporary Rainwater Pipes​Finish: Syntha Pulvin RAL 7012 Matt Basalt Grey: Marine SpecificationFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Crest Nicholson PlcArchitect: HNW ArchitectMain Contractor: Crest Nicholson PlcSub Contractor: Roweaver Developments Ltd

Delta were employed to assist on this leaking podium deck project. Following a full assessment of The Hub and its underground parking facilities it was identified that rainwater was entering the basement car park through the ceiling deck at multiple points. These points included holes that were formed to allow drainage from the surface, movement joints and investigation holes that had been created through the steel rib and concrete deck. Based on “as built plans” a system was designed post construction that would offer the same quality of structural protection had it been incorporated during the build phase.

Location: Truro, CornwallProject Type: Retirement HousingDevelopment Cost: £16mProduct: Vertical Eaves System with Curved VergeMonocoque Support System100mm Round Contemporary Rainwater PipesMeridian Wall CopingsFinish: Syntha Pulvin RAL 7015 Matt Slate GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Churchill Retirement LivingArchitects: Planning Issues LtdMain Contractor: Churchill Retirement LivingSub Contractor: Roweaver Developments Ltd

The Parap Swimming Pool in Darwin, Australia needed water tight, corrosion resistant doors that would not rot, rust, warp, swell or corrode. These doors were to be used in external areas exposed to chlorine water, rainwater and high temperatures from sun exposure. The doors needed to withstand conditions but also adopt the architecture aesthetic finish. Dortek were able to supply their GRP doors and frames to the project as it was a necessity for the doors to be water and corrosion resistant. Some of the doors were to be located externally and able to withstand sun exposure and hot temperatures.

Station Square Parade, located next to Colchester North Station is undergoing a substantial conversion from a large office building to 67 one and two bedroom apartments set around a terraced courtyard. Buzon UK have been commissioned to supply and install the DPH pedestal system to support 20mm Rucker Rowe porcelain paving to create an external courtyard and private balconies for many of the apartments. The DPH pedestal system offers excellent water control for raised external floors as the system allows for simple, fast removal of rainwater via access cavity and is fully adjustable from 17 to 1070mm.

Halton Borough Council had an easy decision to make in choosing Brett Landscaping to work on a key infrastructure project on the major traffic route. Brett Landscaping offered Halton Borough Council specialist advice before and during installation of their Trief Containment Kerbs at the Kingsway Central Reservation Redevelopment in Widnes. The project was to rebuild and renovate a dual carriageway’s central reservation which featured low-level walls retaining grass verges that were showing signs of damage due to a combination of weathering and rainwater pressure behind the wall. To view the whole case study please click the link below.

Location: Bexley, Greater LondonProject Type: EducationalDevelopment Cost: £1.1mProduct: Curved Plain Fascia with THX Soffit PanelsMeridian Wall CopingShadex 260 Drop-in Cassettes (Structural Steel Supports)Contemporary Rainwater Pipes​Finish: Syntha Pulvin RAL 7011 Matt Iron GreyFire rating: A2 s1, d0 Non-combustible (Reaction to Fire EN BS 13501-1:2018)Client: Beths Grammar School, BexleyArchitect: Ingleton Wood ArchitectsMain Contractor: Horizon ConstructionSub Contractor: Specialised Fixings of Ipswich

SureSet FlexiSet, made of 50% recycled car tyres, was installed to support the sustainability part of the brief given by New Forest District Council. SureSet resin bound paving improves the drainage and surface water issues in the car park by allowing rainwater to flow through the paving instead of running off onto the car park surface. The benefits of a SureSet resin bound tree pit: Aesthetically pleasing Safer. Permeable Easy to maintain Guaranteed for 21-year. The EcoBatcher will save a project of this size 298 single-use plastic buckets! Read the full case study on our website.

AluOne is a self-supporting, lightweight and recyclable open balcony system. Designed for structural simplicity and ease of installation, whilst stylishly complimenting the building facade.Manufactured at our state-of-the-art production facility, and constructed using a four column self-supporting lightweight system, AluOne ensures ease of implementation on site.Suitable for new builds, renovations and retro-fitting to existing buildings. We have a suitable solution for every building. Guaranteed durability, practicality and a high quality finish, AluOne is a truly bespoke modular system.Available in a wide-range of RAL colours, AluOne can be customised specifically for each project with a choice of balustrade and floor tile options.AluOne comes with a tiled floor of concrete paving slabs. The plates have been carefully sandblasted to allow the natural stone ballast in the plate to appear. Thanks to our manufacturing method, this plate has an unique colour resistance. The paving slabs are 400 x 400 in size and available in three colour shades.Always designed with drainage management in mind, AluOne has a hidden system in the balcony for optional rainwater drainage. The water flows discreetly under the paving slabs, allowing it to move into the drainage pipe via a gutter in the balcony frame. This is connected to the building's drainage system or to a drainage pipe that ensures the balcony rainwater discharge is properly managed.AluOne is available ins 12 different sizes. You can choose between four different widths and three depths, each in convenient increments of 400mm.

AluOne is a self-supporting, lightweight and recyclable open balcony system. Designed for structural simplicity and ease of installation, whilst stylishly complimenting the building facade. Manufactured at our state-of-the-art production facility, and constructed using a four column self-supporting lightweight system, AluOne ensures ease of implementation on site. Suitable for new builds, renovations and retro-fitting to existing buildings. We have a suitable solution for every building. Guaranteed durability, practicality and a high quality finish, AluOne is a truly bespoke modular system.Available in a wide-range of RAL colours, AluOne can be customised specifically for each project with a choice of balustrade and floor tile options. AluOne comes with a tiled floor of concrete paving slabs. The plates have been carefully sandblasted to allow the natural stone ballast in the plate to appear. Thanks to our manufacturing method, this plate has an unique colour resistance. The paving slabs are 400 x 400 in size and available in three colour shades. Always designed with drainage management in mind, AluOne has a hidden system in the balcony for optional rainwater drainage. The water flows discreetly under the paving slabs, allowing it to move into the drainage pipe via a gutter in the balcony frame. This is connected to the building's drainage system or to a drainage pipe that ensures the balcony rainwater discharge is properly managed. AluOne is available ins 12 different sizes. You can choose between four different widths and three depths, each in convenient increments of 400mm.

Completely restructured, the building is BREEAM Good, certified by BBC Effinergie Rénovation and HQE Rénovation Très Bien. With its partners, was chose a bold architecture that meets the challenges of the future, anticipates future developments, considering all its dimensions. Several Effisus solutions were used in this project: Effisus Ecofacade, to ensure water and air tightness of all facade elements connections, the waterproofing adhesive Effisus Bonding KF, the facade joint sealing solution for rainwater with pressures up to 600Pa Effisus Sealexpand XTRA 600 and also the multifunction double-sided butyl-based sealing tape Effisus 2Bond GO.

Nearly 1000 metres of T-Pren gutter expansion joints were installed on the 28,000 sq.m. curved roof the Rocky Ridge recreational centre in Calgary, Canada. The wide curved gutter required long special lengths of T-Pren, 9-18m long, and were installed in pairs to provide double the expansion movement. T-Pren forms a waterproof expansion joint, which eliminates the standard step detail and so reduces the number of rainwater outlets required. T-Pren is a composite material made from neoprene and metal bonded under controlled factory conditions to ISO 9001 quality standards.

Location: Port Street, Northern Quarter Manchester M1 2EGProject Type: Housing (Private Rental Sector) Development Cost: £27m Products: Aluminium Soffit Cladding to Recessed Balconies, Weatherstruck Aluminium Wall Copings Finish: Interpon D1036 RAL 1036 Matt Pearl Gold Fire rating: A2 s1, d0 (Classification Reaction to Fire EN BS 13501-1:2018). Client: Mulbury City Architect: Tim Groome Architects Main Contractor: Bardsley Construction Ltd Facades Contractor: Longworth Building Services Ltd Sub Contractor: Stafford Rainwater Systems Ltd

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

This exclusive up-market housing development in rural Somerset, required surfacing for what would become an adopted residential road. Planning requirements specified that a sustainable form of drainage would be needed to gain planning consent. ULTIPOROUS, Tarmac’s durable porous asphalt was recommended. It would allow full infiltration of rainwater to eliminate puddles and standing water even after heavy rain. It would also achieve a safe, all-weather surface for residents and avoid surface run-off into the local catchment. The approach taken, meant that no drains or manholes were required, which is another advantage of using this product for architects and designers. It would also deliver lasting durability, helping to minimise future maintenance requirements.

Award-winning global practice, WilkinsonEyre, specified bricks and brick slips from innovation-led manufacturer, Vandersanden, to emphasise the horizontal volumes and architectural context of the contemporary, new Graduate Centre at Queen Mary University in London. Zero®, a new brick system from Vandersanden, offers a contemporary joint-free appearance and was WilkinsonEyre’s material of choice for the external walls of this 80m-long, seven-storey ground-scraper. Instead of being pointed up to the face of the bricks, the mortar is set well back, with rainwater draining behind. The use of brick draws attention to the horizontality of the building’s volumes and blends with neighbouring buildings...To find out more about the bricks used in this project or to see the wide range of high-quality bricks available from Vandersanden, click on the 'View more' link