"leadwork contractors"

The quality of Ravago Building Solution products has been recognised by the UK’s leading specialist building envelope contractor Prater, who utilised Ravatherm XPS X 300 SL and MK for Prime Development’s new luxury London hotel and apartment project. Set to open in 2022, the exclusive Belgravia development has been insulated with an impressive 2000m2 of high-performance Ravatherm XPS products.Launched in 2016, Ravatherm XPS 300 SL is Ravago’s next generation XPS thermal insulation for inverted flat roof applications. With a declared lambda of 0.030 or 0.031, depending on thickness and a coveted BRE Green Guide Rating A+, the shiplapped edged boards are the superior choice for exceptionally stable, energy efficient insulation. The Ravatherm XPS X MK filter/water-flow-reducing layer further improves thermal performance, by minimising heat loss and thus reducing the volume of insulation required.Chris Gimson, Commercial Director UK & Ireland, Ravago Building Solutions, said: “Prime Development have ensured that the prestigious new Peninsula Hotel uses only the very best products in its construction, right down to the insulation. It’s wonderful to know that Ravatherm XPS X insulation will take pride of place in such a spectacular flagship hotel overlooking Buckingham Palace Garden.”A spokesperson from Prime Development said: “As specialists in standard-setting premium development, all of our projects are completed to the highest specification. Ravago, having a 60-year legacy as market-leading manufacturers of insulation, fit our vision for the prestigious Peninsula London development perfectly. 

Developed as a great space to live in one of Manchester's best-connected locations, close to the city's shops, restaurants & bars, and next to Manchester Victoria train station, the project comprised two 20 and 25-storey residential towers, which delivered 520 new homes.The architect Sheppard Robson, main contractor VINCI Construction, and installer Deckbuilders, all came together to deliver a great project, that is part of a gateway into the city, featuring fantastic-looking balconies, which we were very happy to secure against the forces of nature: namely wind-uplift.There is no one-size-fits-all when it comes to mitigating the effects of negative pressure on balconies and terraces in high-rise buildings, and in this particular case, we had to fix the paving down to the main structure of the building mechanically, to de-risk against the impact of up to -2.68kPa of suction on the roof.To account for cost and time constraints, the system we used to secure the balconies against wind-uplift was the TerraSmart™ Pedestal system with the addition of a visual wind-uplift mechanical fixing.The tiles were mechanically restrained to the pedestals which, in turn, were mechanically fixed to the concrete deck of the balconies.And the outcome? Balconies secured, the project de-risked against wind-uplift, and the beautiful Quadro Argento Tiles (600x1200x20mm) safely in place for all residents to experience and enjoy. Listen to what our specification manager had to say.If you are specifying a project and want to know how you can mitigate the effects wind-uplift or the impact that occurs as a result of urban canyons, we can help.

Castle Park View is the tallest residential building to have been built in the city of Bristol to date. At 26 storeys high, the residential tower block forms part of the wider Castle Park View scheme, which is also the largest Urban Green Space in the city.The development also features a main block and a 10-storey tower, creating in total 375 new one and two bedroom apartments. Senior’s slimline SF52 aluminium curtain wall system and patented low U-value PURe® aluminium windows and doors have been used across the scheme and were fabricated and installed by Denval, for architects Chapman Taylor and contractors Bouygues UK.Created following the extensive regeneration of a brownfield area and built on the former site of an ambulance station, sustainability is a key part of the design of the Castle Park View and the residential scheme has achieved a level four standard in the Code for Sustainable Homes certification.Both Senior’s thermally-efficient SF52 aluminium curtain wall system and Part L compliant PURe® aluminium windows and doors are highly durable and fully recyclable, making them the ideal choice for a modern development that is also striving to help reduce the energy bills of its residents. The thermal performance of the aluminium fenestration system complements the other sustainable features including the use of the UK’s largest water source heat pump, the nearby Castle Park Energy Centre, as the development’s main heat source.

Olympics organisers accredited 21,000 media and broadcasters to report on the greatest show on earth. They were crafting the story beamed to the estimated global audience of almost five billion tuned in to London 2012.Quite apart from keeping them safe and secure, any hint of a breach of security would have been latched upon, sending negative tales of London far and wide and damaging the city’s image and the nation’s tourist industry for years. The SolutionThe London Olympics Media Centre (LOMC) was designed by architects Allies and Morrison. It is 900,000 sq ft and 275m long and cost £355 million to build on the former Hackney Wick Stadium close to the Riverbank Arena.The main contractor Carillion asked Zaun to design, manufacture and install the 1.5km of HiSec and MultiFence security fencing with the same Super6 panels as the Olympic Park perimeter. The two high-security fencing systems use a close mesh of 6mm steel vertical wires near impossible to scale and very hard to cut through except with power tools.The fencing incorporated vehicle and pedestrian access points, as well as detection systems and CCTV. The Olympic Delivery Authority planned to create a high-security complex of business space that would form part of the legacy to the Games, recouping much of the public investment in the construction.The LOMC was part of Zaun’s Olympics contract, its largest ever, which included work on the perimeters to the Olympic Park and Stadium and temporary installations at venues across the country, all completed on time and within budget.

London 2012 organisers always planned, as part of their Olympic legacy, to transform the Athletes’ Village into a purpose-built education and leisure campus with a specialism in performing arts comprising a nursery, primary and secondary school, sixth form and adult learning.While the main base for organising and managing teams from the record 206 nations that took part would readily convert to their new educational purpose, they needed a fencing solution to reduce the impact of noise from the Tube line that runs alongside.The SolutionContractor Osborne, Academy architects Allford Hall Monaghan Morris, and Lend Lease Group, responsible for the design, development and construction of East Village, chose Zaun’s DBS acoustic fencing for the job.Zaun used mixed recycled waste plastics to develop the DBS panels that can deflect noise, soak up flying fragments, and be incorporated onto Zaun’s extensive range of fencing post and panel systems to tailor specifiers solutions to their precise needs.The panels are easy to erect and suffer shallow repair needs, significantly reducing the whole life cost of the fencing system. In addition, the panels’ impressive acoustic-loss properties have been rated B3 with a 36dB loss under BS EN 1793-2.The Chobham Academy, which incorporates the Beth Tweddle Academy for gymnasts, has been dubbed ‘the school with an Olympic playground’, with swimming lessons in the aquatics centre and sports days in the Olympic Stadium.It sits on the edge of the new East Village neighbourhood with 2,818 new homes, community health facilities and over 10 hectares of public leisure space.

Kent County Council wanted one-off architectural fencing for its keynote public square, the focal point of a new £16.5m town centre, to celebrate famous Ashford-born mathematician John Wallis.The scheme next to Victoria Road School in Ashford was designed by an artist to commemorate the work of Wallis, a pioneer who developed various mathematical theories and introduced the symbol for infinity. Unfortunately, it required a natural edge to the square that reduced visibility through to the school beyond.The SolutionZaun drew on its specialist bespoke construction skills to produce a complex fencing solution with parallel perforated panels of different-sized holes, creating a zany fence line up to a height of 4m.Different materials and finishes have been used to create an art trail with etched text and symbols relating to his work.Zaun and the main contractor, Volker Fitzpatrick, accommodated several changes from the original designs to reduce overall scheme costs. A pavilion was replaced with an additional planting area, and the architectural fencing was adapted.The £16.5m project secured funding from the Departments for Communities and Local Government and Transport.Victoria Way is a new route to the south of the town centre to link the International Station at Beaver Road and the A28 Chart Road providing better access to the heart of the town.The new road opened in late 2011, providing an attractive, tree-lined avenue from Victoria Road through brownfield industrial land to join with the A28 near Matalan, and includes John Wallis Square, public art displays and new shops restaurants, cafes and homes.

When Bradford Academy needed a replacement for its sports hall floor they looked for guidance from Junckers. By going to the leading sports and dance floor systems manufacturer the academy knew that they would receive the right kind of advice and guidance to help them to steer their way through the overwhelming number of sports floor systems available on the market. Junckers worked in close partnership with the client, main contractor BAM and local Junckers’ Approved Contractor Harmony Contract Flooring to deliver the floor completed and on time. The client wanted a “sprung” floor which looked good and was easy to look after, and it needed to meet the performance standards for multi-purpose sports; EN 14904. The floor system selected meets category A4 standard, which means that the academy now has a floor which is recommended by Sport England and the Education and Skills Funding Agency (EFSA). The site constraints required a floor system with minimum construction height and Junckers’ EliteFlex 49 system, at only 49mm high was found to be ideal. The system is made from laminated foam-backed battens and 22mm timber deck with the 4mm vinyl layer bonded and welded on top. This provides a sports floor suitable for a range of activities from general education use through to elite levels of sport, dance and the like. Junckers was chosen as a supplier because over the many decades since it was founded the company has dedicated a significant amount of resource to developing the best “sprung” sports floor systems. This, and its “cradle to grave” technical and customer support and maintenance programmes sets it apart from other manufacturers, where the choice is often limited to a basic undercarriage system and various options for gluing a vinyl sheet to screed- an option which is no longer accepted by the ESFA as a suitable surface for sports. In the UK, Junckers has become a byword for high quality sports and activity floor systems, and for providing the technical and customer support needed to make every new Junckers floor one that the installer and client will be proud of. As part of continuous work to develop new products and constantly improve the ability to offer customers a broader choice of floor systems, Junckers has developed a range of vinyl sports and activity floors, based upon the established success of its undercarriage systems. One of Junckers’ main strengths is the variety of undercarriage systems it offers. Not only do these give different “sprung” performance characteristics with some suited to basketball, others for dance etc., thanks to experience and technical expertise Junckers is also able to take care of the less glamorous aspects of the installation, such as dealing with uneven sub-floors or those where there may be drying out problems. Junckers’ floors are all tested and certified to EN 14904, category A3, A4 or C3. In addition, Junckers own in-house testing and development centre assess the wider aspects of the floor’s performance such as point load bearing ability and lifespan issues such as fatigue testing. Junckers’ new vinyl floor systems are aimed at the education sector, sports halls, leisure centres and dance and fitness centres. When it comes to installation, vinyl floor customers have the same assurances that they currently have with Junckers solid hardwood floors because there is a network of fully trained Junckers Approved Installers on hand to make sure that the floor will be fitted properly.

The scope and challenge:Millions of people visit Edinburgh each year for its renowned history, iconic buildings and vibrant social scene. With year-round visitors from the rest of the UK and overseas, there is a growing need for accommodation that combines the heritage of the city with high-quality, comfortable stays.Old Town Chambers offers exactly that, as a collection of luxury serviced apartments located in the heart of Edinburgh’s Old Town. Each room showcases the building’s fascinating history in a globally-renowned part of the city, teamed with contemporary furnishings and distinctive architecture.The original Old Town Chambers, a listed building from the mid-18th Century, is home to 50 high-quality apartments, accessed via Roxburgh Court, which sits just behind the Royal Mile. In 2021, the owners of the hotel had the opportunity to refurbish the existing building and expand their footprint by taking over an adjoining address – 329 High Street – which would add 24 new high-end apartments to the property across three floors and a mezzanine level, as well as a street-level reception area, bar and restaurant.Häfele was called upon by Chris Stewart Group, who were overseeing the refurbishment, to provide a suite of suitable door ironmongery for the apartments at 329 High Street. The schedule would need to complement both the new, modern apartments added to the hotel and the more traditional reception, bar and restaurant areas.The solution:Working closely with Chris Stewart Group and architects ISA, Häfele developed a tailored hardware schedule and specification. For the communal areas of the hotel, specialist Frank Allart​​​​​​​ handles were selected in a satin nickel finish to complement the traditional style of the space. For the apartments, Häfele’s stainless steel mitred lever handle provided the perfect solution.​​​​​ Furthermore, given the complexity of the requirements, it made sense to utilise the Häfele to Order service – which allows customers to order their products cut, labelled and delivered to their exact requirements. This included both phased floor-by-floor and door-by-door packaging to make the installation process as efficient as possible for contractors Thomas Johnstone Ltd.The outcome:Karen Brown, head of interiors for Chris Stewart Group, worked closely with Ken on the 329 High Street project. She said: “The attention to detail offered by Häfele Projects was excellent; ironmongery can be a minefield but Ken and the team listened to what we wanted and knew exactly what to apply to the project.“There were some intricacies to consider, which were met with experience and a knowledgeable approach. For example, some doors required a lever handle on one side but we were retaining the existing door knob on the other. Getting the two to marry was looking difficult and would’ve been an ongoing maintenance issue for the hotel if not resolved, but Ken suggested connecting them via a spindle which instantly resolved the matter.“We were able to meet and discuss our requirements in-depth, explore a huge range of samples and Häfele Projects were more than happy to liaise with the contractor direct to enable us to focus elsewhere. This project has really opened our eyes to what Häfele is capable of, and we’ve been able to consider other project ranges too which we intend to utilise on future developments, like lighting and small appliances.“We’re already working together with Häfele on another hotel project in Glasgow, and there is huge scope for where our partnership can go in the future.”

Cottrell + Vermeulen Architecture has designed new, bright and airy postgraduate accommodation for Churchill College, Cambridge with interiors featuring Junckers’ solid maple flooring. Cottrell + Vermeulen won a competition to design the new buildings, 16 years after the studio completed a housing scheme on a neighbouring site. The 35 new units of accommodation comprise five studio flats and 30 en suite rooms with spacious communal areas on each floor, spread across three buildings. The design builds on the original architectural scheme, designed as an extension to CVA’s previous work on the site. The architects sought to recreate the warmth and brightness of the original college rooms from the 1960s and found Junckers maple flooring a good match. The choice of two-strip boards, where two staves of wood make up one floorboard, was also a reference to the narrow boards used in the original rooms. The naturally pale tone of the maple floor is matched by joinery in birch faced plywood to form a comfortable and welcoming space, ready for students to move into at the start of the new academic year. The floor was installed by VA Hutchison Flooring. Quiet floors in multiple occupancy buildings An important consideration for student accommodation is how impact sound travels through floors from one dwelling into another. Building regulations set out minimum standards for impact and airborne sound through floors which apply to residential buildings and buildings converted to new uses, including hotels and care homes. The floor finish will usually act in combination with other elements of the building to achieve the target levels of sound insulation. The design of the subfloor and ceiling beneath play an important role, as does the way the floor finish may need to be isolated from the walls that surround it, but there is no question that the right acoustic floor will control the transmission of impact sound. Junckers has a range of acoustics systems available which comply with building regulations. The newly updated New Era acoustic system is a height adjustable system for use on structural concrete slabs, block and beam floors and almost any other type of sound, dry load-bearing base. The New Era system uses acoustic cradles with 10mm thick recycled rubber pads, factory-fitted to the underside. The cradles are height adjustable using purpose-made packers, supporting laminated timber battens. 50mm thick mineral wool insulation is placed between the battens and Junckers 20.5mm or 22mm thick solid wood floorboards are fixed to the battens to complete the installation. The use of 36mm thick battens achieves an impact sound reduction of 27dB; and a 48mm thick batten achieves an impact sound reduction of 28dB, thus complying with building regulations. For Junckers 14mm thick solid wood flooring installed with Junckers’ Clip System, an impact sound reduction of 19dB can be achieved with Junckers’ 5mm thick CA2 Acoustic Underlay, loose laid with the floorboards installed on top as a floating layer, no fixings required. Junckers’ floor system specifications are available on NBS Plus and draft NBS clauses are available on request. Junckers also provides BIM Objects for all systems. Junckers solid hardwood floor systems are guaranteed for 25 years when installed by a Junckers Approved Contractor. Junckers Approved Maintenance Contractors offer a care scheme where the client’s floor is periodically inspected and maintained so as to keep floor in good condition and to  maximise its lifespan.

The new £8.5m Allam Diabetes Centre at Hull Royal Infirmary plans to treat and care for patients with diabetes and metabolic bone diseases.It also includes a significant amount of clinical research facilities supporting not only diabetes and endocrinology, but also vascular surgery, neurology and other research departments. Its curved towers flank a glass entrance, which leads to a large waiting area and reception. Spread over three storeys are consulting rooms, specialist treatment rooms, office space and changing rooms as well as a roof terrace on the second floor. Designed to achieve a BREEAM rating of ‘very good’, the thermal performance of the insulation specified for the Allam Diabetes Centre’s flat roof was hugely important. Another crucial factor was fire safety. Although the application doesn’t fall under current fire regulations banning combustible insulation, the architect specified that only non-combustible materials should be used during construction.  Main contractors Zenith Developments appointed specialist contractors Fosters Roofing to install the roof. They in turn tasked DANOSA UK with supplying all the materials for the roof construction, including the insulation. “The build-up of the Allam Diabetes Centre was a single-ply warm roof with a tapered insulation scheme to provide the fall required for rainwater run-off,” explained Steve Downey, Commercial Director at DANOSA UK. “Tapered insulation schemes are always more difficult than traditional flat roofs, so we asked Knauf Insulation for technical advice on how to achieve the required U-value of 0.18 W/m2K.” The Knauf Insulation Technical Support Team recommended Rocksilk® Flat Roof Slab. It is BBA certified for use on mechanically fixed flat roof build-ups and is suitable for all types of roof deck.  As well as excellent thermal performance, Rocksilk® Flat Roof Slab is non-combustible with the best possible Euroclass A1 reaction to fire classification. It also provides excellent sound absorption so will help reduce the drumming effect of rainfall.  Rocksilk® Flat Roof Slab contains a special water repellent additive and is manufactured using Knauf Insulation's Krimpact® Technology which provides high levels of compressive strength and durability. As the project was a tapered insulation scheme, Rocksilk® Flat Roof Slab was manufactured to order to ensure the correct fall was created. The tapered insulation scheme wasn’t the only challenge with the Allam Diabetes Centre – it also features a curved façade, which added complexity for the installation team at Fosters Roofing.  Paul Foster, Managing Director at Fosters Roofing said: “Insulation needs to be carefully cut to the exact shape of the building otherwise heat can escape making it less energy efficient. Thankfully Rocksilk® Flat Roof Slab was easy to cut and quick to install, so it wasn’t a problem.” Rocksilk® Flat Roof Slab has also been designed to knit together during installation so there are no gaps that could affect thermal, fire or acoustic performance. By using Rocksilk® Flat Roof Slab, Fosters Roofing and DANOSA UK were able to achieve the required specification for the tapered insulation scheme on the new Allam Diabetes Centre. This will contribute to the energy efficiency needed to achieve the BREEAM ‘very good’ rating. 

FIREFLY™ PHOENIX Offers Temporary Fire Protection For Fenchurch Street OfficesThe refurbishment of two complete floors to one of the City’s largest office buildings is making use of the well proven and versatile TBA FIREFLY™ PHOENIX smoke & flame barriers, to create temporary fire barriers while the work is being carried out: protecting people and property across the rest of the five storey structure where business continues as normal.The project at 30 Fenchurch Street, EC3 is being led by Overbury – one of the capital’s most experienced fit-out contractors, while the London office of HLW Architects is leading the design team. T&R Fire Protection meanwhile is the specialist sub-contractor carrying out the installation of the PHOENIX around the atrium, as well as other passive fire protection measures as the scheme evolves.In total T&R has fixed 22 rolls of the lightweight PHOENIX material to create the two hour integrity smoke and flame barriers around the glazed edge of the floor plates at levels Three and Four of 30 Fenchurch Street. The lightweight barrier has been fixed to the bulkhead and at intervals down all of the existing columns, before finally being secured across steel angle sections bolted to the floor slab.IFC Certification duly inspected all 160 metres of the temporary barriers – up to 3,300 mm in height - once installed, on behalf of Overbury and duly issued a certificate of compliance. The permanent works are expected to include creating fire breaks within the ceiling zones at 20 metre intervals, as part of T&R’s overall contract for Fenchurch Street in the region of £250K.The Site Manager for T&R Fire Protection, Tom Port Smith, commented: “We’ve used PHOENIX and other FIREFLY™ products on many hundreds of projects in the past, but in this case it was the insurers for the project who insisted on the installation of the screens to protect the atrium while the sprinkler system was being replaced. The installation though was relatively straightforward and in our work generally, FIREFLY™ is our ‘go to’ manufacturer when it comes to fire compartmentation. We base our recommendations and design drawings on TBA FIREFLY™ standard details and, once they’ve been approved, go in and install the flexible fire barriers.”Tom, like the majority of T&R Fire Protection’s operatives, has attended training sessions at FIREFLY's premises in Rochdale, reinforcing their trade skills and gaining valuable insights into the performance parameters of the different barriers in the range.FIREFLY™ PHOENIX is a lightweight smoke & flame barrier developed to enable compartmentation within buildings to provide up to 120 minutes’ integrity under BS476 Parts 20 & 22. Certified by IFCC, the flexible and straightforward to install material and is suitable for both new-build and retrofit situations.Manufactured from woven and non-woven glass, the FIREFLY™ range is designed to optimise resistance to flame and smoke as well as offer heat protection in a wide range of scenarios. The flexible barriers are easy to install horizontally or vertically using a full selection of ancillary products. Used mainly in the construction industry across the UK and Europe, FIREFLY™ Fire Barriers help to contain fire, giving building occupants extra time to evacuate and the fire service to enter safely.

Comprising of nine shops and several residential flats, properties 29-47 High Street Polegate required a full roof refurbishment after complaints of water ingress into the residential buildings. Proteus Waterproofing conducted a thorough survey which revealed that the existing roof build up, made up of a timber deck and 2-layer felt, had been previously repaired but was now at the end of its serviceable life.Being a residential building with a combustible deck, protecting individual properties from internal fire spread was a key consideration. Compartment walls were identified allowing Proteus Waterproofing to provide a solution that would meet regulatory guidance relating to the junction of compartment walls and roofs in Approved Document B whilst meeting the needs of the client.Proteus Waterproofing specified their robust reinforced bitumen membrane range of Proteus Pro-Felt®, including a bespoke hybrid insulation approach, where instead of a full replacement consisting of entirely non-combustible insulation, a scheme was designed to meet the requirements above and either side of the compartment walls, offering the client the most cost-effective solution possible that would also mitigate any unnecessary increase of weight loading elsewhere on the roof.High Performance WaterproofingThe waterproofing and existing deck were stripped back and re- decked with 18mm plywood. When removing the existing waterproofing, our approved contractor, carefully recorded the exact location of the party walls as no drawings of the upper story flats were available.Proteus Pro-Felt® SA AVCL was used as a vapour control layer to allow for the application of the hybrid combination of 150mm Proteus Pro-Therm PIR insulation and 150mm Proteus Pro-Therm Mineral Wool insulation. A thermal calculation was undertaken to ensure that the final result met the requirements of Part L of the National Building Regulations. These were both adhered with Proteus Pro-Bond Foaming Adhesive. Proteus Pro-Felt® SA Underlay Plain was laid and finished with Proteus Pro-Felt® Ultima Plus Fireguard Mineral Capsheet, providing the client with a fully waterproofed Part B and Part L compliant roof, guaranteed for 20 years.Proteus Waterproofing worked closely with the Proteus Approved Contractor, to ensure the project was delivered to a high standard.Health & SafetyWhen working on occupied buildings, safety is always of utmost importance, as well as keeping disruptions to a minimum. The Proteus Pro-Felt® range have been tested to the highest European Classification of BROOF(t4), making it the ideal system to use on all buildings, as the risks to residents, property and members of the public are greatly reduced. All Proteus Waterproofing specifications promote fire safe installation methods conforming to the industry lead Safe2Torch guidelines. Proteus also have a range of cold liquid applied membranes which are also BROOF(t4) certified.Long Term PerformanceProteus Pro-Felt® offers high-performance bituminous membrane systems, tested to perform in extreme temperatures and weather conditions, while offering clients a robust and cost-effective waterproofing solution. Proteus Pro-Felt® Ultima Plus range retains its high polymer performance. Its class leading, high quality modified bitumen content allows this flexible membrane to move with the building and ensure long term durability and performance with third party BBA accreditation and guarantees available up to 30 years.

TfL News: Preformed Thermoplastic Is Now The Line Marking Of Choice On London’s Dedicated Cycleways The latest addition of the London Cycling Design Standards (September 2016, minor amendments) has confirmed that preformed thermoplastic markings are now the preferred method of marking London’s Cycle Superhighways.Before this amend to specification requirements back in late 2016, the standard used by contractors throughout the transportation network was a mix of water based paint, Methyl Methacrylate (MMA), chlorinated rubber and single pack epoxy. The standardising of the product type defines the requirements for health and safety including reflectivity – BS EN 1790 Preformed Markings. It also ensures the use of the best quality of product is throughout the system within economic constraints.Thermoplastic cycle and road line marking has a huge number of beneficial factors when it comes to an alternative to other products available.Thermoplastic Line Marking is:Less costly due to less labour requiredYou can lay it with one personFast return to servicePre-formed so no requirements for awkward maskingLow odour compared to products such as MMAEasy to apply using a flame lanceLess messy than other products in its classIncludes glass reflective beads as standard (though you can add extra glass beads)Inherently slip resistantAvailable in a wide range of colours & custom designs etc. available from PromainLondon Cycling Design Standards When it comes to construction including surfacing of cycle tracks in London, TfL has an in-depth requirements document titled London Cycling Design Standards. It is a requirement all contractors meet the criteria during the line marking process. This includes on cycle lanes including the new cycle super highways throughout the city.The publish date of version one was 2014. As of September 2016, you can find minor amendments following the publication of TSRGD.Chapter 7.2.7 states:“A consistent standard of road markings is required, as described in TSRGD and the Traffic Signs Manual, chapter 5. For cycle symbols to diagram 1057, pre-formed markings are preferred.”Preformed thermoplastic markings offer a consistent quality and dimensionally accurate product in accordance with Transport for London and TSRGD requirements.Promain’s Thermoplastic Line Marking ProductsPromain pride ourselves on our extensive range of thermoplastic products. These are provided by the top manufacturers on the market including Centrecoat, Kestrel and Ennis Flint Prismo.Whether it is preformed speed roundels, directional traffic arrows, parking symbols, hazard teeth, crossing warnings or simply letters & numbers, Promain have every base covered. If there is anything specific or a bespoke design you require, contact our office to discuss your requirements.Our technical team have extensive knowledge from specification to application of thermoplastic line marking products. We have been on the approved supplier list of TfL and LUL for some considerable time. We have proudly supplied product for a lengthy list of platforms, underground stations, cycle tracks and roads throughout the Transport for London network.To see further how Promain can advise and supply line marking and performed thermoplastic logos to you and your clientele, view our Industrial Line Marking Solutions page here:https://www.promain.co.uk/industrial/solutions/line-marking

Luxurious Outdoor Living: a Sanctuary of EleganceNestled in the heart of central Tunbridge Wells, Kent, UK, this remarkable project showcases the artful synergy of luxurious outdoor living and impeccable design. The sprawling terrace area serves as an oasis of relaxation and an exquisite dining space.Once a family home in need of modernisation, this property has undergone a large transformation overseen by a family who sought not merely a home, but a sanctuary that harmoniously caters to both adults and children, fostering moments of reprieve and conviviality.The front facade is graced with the natural grandeur of McMonagle exterior natural stone wall cladding, a testament to refined taste and architectural finesse. In harmony with the contemporary elements of the roof, front door, and surround, the client chose Silver Quartzite from the Stoneer range. The 'L'-shaped corner pieces emulate the substantial depth of authentic stone walls, adding a depth to the façade.The entire front and side paths of the property are embraced by the sleek embrace of Atlas Concorde Boost White porcelain, its modern concrete finish seamlessly weaving together the chosen colour palette.Venturing to the rear of the property, the vision of local garden designer Sue Blakeley unfolds—an artist known for breathing life into outdoor realms. In her inspired design, a raised dining and socialising sanctuary emerges.A grand staircase descends from the property's first floor, unveiling a 120 m² expanse of outdoor bliss. The choice of oversized 1200x1200mm tiles from the Atlas Concorde Boost White porcelain range amplifies the modernity of the space. Their smooth, refined finish forms the cornerstone of a contemporary aesthetic that gracefully complements the minimalistic outdoor furnishings and architectural accents, crafting a space exuding cohesion and sophistication. Four huge steel planters, each with a beautiful olive tree, sit on either corner of the main terrace square.The alfresco dining area beckons, offering seating for up to 16 guests. Here, culinary delights can be prepared on the integrated BBQ or the countertop-mounted pizza oven, while refreshments are kept cold in the integrated fridges. The selected porcelain, resistant to stains and heat, ensures both ease of maintenance and enduring beauty.Adjacent to this culinary haven, a contrasting border crafted from Atlas Concorde TM Black porcelain draws the eye, defining individual zones within the outdoor haven. Beyond the inviting soft seating area, another area awaits, poised to entertain yet more guests.Gazing back from the lawn towards toe terrace, a gracefully designed set of steps guides one back up to the elevated terrace. Boost White porcelain, mirroring the landing's material, makes a bold statement, accentuated by the grandeur of five six-meter-long steps. The step risers, also composed of Boost White porcelain, exude order and logic. Intriguing, raised planters, chosen for year-round interest, colour and scent, sit either side of the steps, infusing visual intrigue and seamlessly melding with the garden's overall aesthetic, rendering this outdoor haven a masterpiece of design and leisure.Companies involved with this project:Contractor: Mann Contractors, www.jemanncontractors.co.ukGarden Designer and Installer: Sue Blakeley, www.sueblakeley.comArchitect: Coleman Anderson Architects, www.colemananderson.co.ukMaterials used in this project:Atlas Concorde Boost White Porcelain 1200x1200x20mmAtlas Concorde Boost White Porcelain 1200x600x20mmAtlas Concorde Boost TM Black Porcelain 1200x600x20mmMcMonagle Quartzite Wall Cladding Stoneer Silver Flat PiecesMcMonagle Quartzite Wall Cladding Stoneer Silver Corner Pieces