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Delivered an elegant Green (Living) Wall at the iconic One Hyde Park building using a a combination of Jakob’s high-quality stainless-steel ropes, rods and planters.Our green wall has been installed to the eastern edge of the One Hyde Park building; where it lines the route of a new pedestrian walkway (Serpentine Walk), just a few steps away from Harrods. The wall creates a stunning green corridor between Hyde Park and the nearby Harrods store and 80 luxury apartments.The Jakob Green Wall system was chosen due to its aesthetic appeal suiting the architectural design of the building and the 21st century trend of city greening.The green wall provides both a visual and physical link between the expansive open spaces of Hyde Park and the busy street scene along Knightsbridge. The greening is also a taster of the views from the opulent penthouse suites above.Alongside the LED lighting, the green wall makes the building unique and distinctive. Ensuring that it looks great, both day and night.

In order to achieve the BREEAM rating of “Excellent”, the fourteen storey building, constructed in 2009 in London’s Bank Conservation Area, incorporated several sustainable features, including our rope and rod Green Wall System. To create the ideal habitat for wildlife, the green wall design included bat boxes; providing a safe place for bats in the city.Green walls can be used in cities to help improve the local air quality by trapping dust and pollutants; in addition to absorbing carbon dioxide and releasing oxygen. Green walls can also be used as an effective graffiti deterrent in areas where this is an issue, as green walls make the application of graffiti to structures near impossible, and this is just one of many benefits of green walls. Additionally, the green wall is helping to provide cleaner air in the urban environment – and looks great!

The Trumpington Residents’ Association and Cambridge City Council wanted to update a 60-year-old pavilion at the heart of the village in a £600,000 community project.Cambridge architects 5th Studio designed a striking colourful exterior cladding. They turned to an artist specialising in the treatment and perimeter fencing manufacturer Zaun to create the multi-coloured stripe effect with a specialist bright green protective steel mesh ‘cage’.The SolutionTrumpington Pavilion employs an unusual multi-coloured exterior treatment. An artist specialing in the technique has dribbled green, blue, red and yellow randomly onto a corrugated plastic sandwich sheet, which is then covered with Zaun’s Duo8 mesh in bright green, fixed to coloured timber battens.The pavilion includes a main building with a hall, youth room, kitchen, toilets, office and inter-connected changing rooms for two teams plus an officials’ room.The doors to the changing rooms are in boldly contrasting colours. At the same time, an eight-metre green mesh electric sliding gate protects the building but opens to provide unrestricted access to the patio and the King George V Playing Fields beyond.Zaun installed the Diamond cantilever sliding gate with Duo8 mesh in-fill, KeyFob and internally mounted switchto ensure both the safety of all users of the pavilion when the gates are operated especially children, and the security of the contents when the pavilion is not in use.The original pavilion, built in the early 1950s, was about half the size of the new main building, including a small hall and changing rooms.

Explaining our winch systems to potential customers can be quite a challenge. The problem is, the product has been engineered to be very technical and has mas many design features. It is hard to bring these to life through a conversation or via email.We have teamed up with the talented team at DCS Sonovision to work on a new multi-rope winch system animation.

Project Overview:"This was an exacting and fascinating project to work on. We were even filmed in the process! An introductory video showing how the centre was developed is shown in the auditorium where our powder coating finish is at eye level - close up and touchable."The Wellcome Genome Campus is a scientific research campus built in the grounds of Hinxton Hall, Hinxton in Cambridgeshire. The focal point within a newly designed Conference Centre is a 100m diameter circular screen created around the Francis Crick Auditorium with an image depicting the evolution of life. The image is created by perforations of different size and pitch in the curved aluminium panels - rather like a pixelated image.Precision powder coating was required ensure that powder penetrated even the smallest perforation in order that the image would be fully revealed.Solution:The individual panels were 2.0m by 0.9m and only 3mm thick, with a border frame to retain the curved shape and enable them to be accurately bolted together. The perforations within them had infinitesimal differences in size and pitch, barely visible to the naked eye. Expert care with coating was required in order to ensure that the powder penetrated every single perforation.We trialled a number of powder coating shades and finishes to find which worked best to reveal the underlying image and asoft pale bronze shade from our anomatch range was selected.The different size and pitch of the perforations created darker and lighter areas on the panels. Powdertech pre-treated and coated the panels on both sides.Benefits:Powdertech (Corby) Ltd has over 25 years experience in architectural metal finishing with the know-how and facilities to carry out high precision powder coating.Excellent colour consistency between batches of powder coating used on the numerous individual panels.High performance powder coatings with a 25 year guaranteeSupport and advice on colour selectionImages courtesy of RG Carter

Clarendon is a project undertaken by Berkeley Group in North London, as part of a regeneration scheme that will provide over 1,700 homes and 125,000 sq ft of commercial space.This project aims to make the best use of brownfield land and also highlight the benefit of master planning which helped the scheme win “the best 2022 planning award”.Sayfa Group supplied the Clarendon project through a partner contractor, responsible for the height safety and façade access systems throughout the project. There were various base types and styles required for a variety of locations such as balconies, terraces, and rooftops. However, of all the varieties there is no greater example of planning ahead than the Cast-In Davit Base.Why Davit cast-in bases?Davit systems are an essential solution for cleaning and maintenance strategies. They provide easy and safe access for rope abseil teams to access a building's façade.Cast-in Davit bases are the most cost-effective type of base for both initial and life cycle price basis. The Davits bases are set out to specific datums and are generally tied into the rebar instead of the traditional process of drilling concrete and resin fixing. The process for which is often time consuming, highly weather dependent, and prone to human error. The method of casting in bases accelerates the programme by removing interfaces and potential delays between the trade activities of installing the posts and insulating/weathering the surface. Beyond installation the ongoing maintenance price or 'lifetime cost' of 6 monthly LOLER inspections is significantly reduced. Non-cast in Davit Bases require a thorough examination of the fixings which may include torque testing if required. Visit our LOLER Testing and Inspection Guidance for more information.To learn more about our EdgeSeil range visit our Products Page or get in contact with the Sayfa Group Team.

The University launched ambitious new plans for a £40 million state-of-the-art Collaborative Teaching Laboratory (CTL) to facilitate the teaching of science, technology, engineering and maths (STEM) subjects.Our work for the project included the supply of approximately 684m2 of Soundis Absorb-R timber wall panels. The client opted for a combination of 8/3m Absorb-R WoodTec Grooved and Soundis Absorb-R WooTec Perforated 2/2/0.5 Perforated panels. This combination of the two styles creates a stylish yet elegant finish.Black panels were chosen for the walls and white panels for the railing areas, the contrast of the colours further promoting that modern style for the university.The old choice between Engineering-led functionality, and beautiful design not longer applies. Cutting-edge new technologies allow solid wood panels and multi-layer panels to be micro perforated to serve as highly effective sound absorbing cladding. Panel textures can also be tailored to serve project requirements.

One can clearly see how functionality meets aesthetic appearance in perforated acoustic birch plywood panels. Precisely perforated panels complement every interior design and the sound-enhancing properties create a pleasant living and working environment. Acoustics play an important role in one’s well-beingAcoustics are important in different construction projects - starting from exhibition booths to concert halls, schools and other public spaces. The best results are achieved in close collaboration with engineers, architects and designers, ensuring the effective combination of sound-enhancing properties and visual aesthetics of acoustic panels to meet the requirements of each project. Furthermore, acoustics play a significant role in one’s well-being. A noisy environment can cause discomfort and increase one’s stress level, as well as hinder communication and reduce the ability to concentrate. With perforated acoustic birch plywood panels, it is possible to minimise obstructions in everyday situations.Perforated acoustic Riga Wood birch plywood panels in projectsWe have recently taken part in multiple projects, where perforated acoustic Riga Wood birch plywood panels were used. The technical requirements of each project are unique. A military base, primary school, cultural centre and Christian congregation – these are just a few to mention and be proud of.Perforated acoustic birch plywood panels are very versatile - wall and ceiling panels can be adjusted in shape and size, overlaid with wood veneer, laminate or lacquered. Panel sizes can be adjusted for each and every project specification, keeping in mind functional and visual needs, as well as installation requirements. This is why we can see the use of our perforated acoustic Riga Wood birch plywood panels in so many and such conceptually different projects.Products used in these projects: Riga Decor, Riga Lacquer, Riga Ply, Riga HPL

Dairy shed in Chaumont La Ville constructed using Eternit FarmTec fibre cement profiled sheeting and fittings in Dark Green.

Following the brief outlined by the water treatment plant the proposal adopted for implementation was for the creation of secure access control. Bi-Folding Speed Gates topped with razor wire were supplied to each of the main entry and exit points to the site. These were supported by PAS 68 rising bollards and rising arm barriers with synchronised operation and traffic light signalling. The gates and barriers were flanked by runs of Jacksons Securi-Mesh® fencing to provide a separate pedestrian entrance to the facility, while static PAS 68 rated bollards were additionally deployed to manage traffic within the site.

Supply and installed Wire Rope vehicle restraint system for our client Morgan Sindall on behalf of Associated British Ports in Southampton. Brisafe Wire Rope solution was installed that is affixed to the structural columns of the car park to assemble the unique system with zero footprint, maximising the car park space.

With 16 research clusters, one of the largest technology-oriented research landscapes in Europe is being created on the RWTH Aachen Campus. The distinguishing feature of the Bio-Medical Engineering Cluster, which can be seen from great distances, is the new CT2 Center for Teaching and Training of the Medical Faculty of the RWTH Aachen University. As the first investor-financed building in this Cluster, it marks another milestone. In a Europe-wide investor selection process, Frauenrath group of companies, Heinsberg, and the architects from slapa oberholz pszczulny | sop architects, Dusseldorf, won the order with their distinctive concept. They designed the building as a standalone construction that is flooded with light and takes on the role of a gateway to the Campus Melaten thanks to its shape and prominent position. Two of the façades are clad with 1,900 square meters of OMEGA 1520 metal mesh from GKD – Gebr. Kufferath AG.As an elite center of learning, RWTH Aachen University is one of the state’s flagship institutions in higher education. Around 44,500 students, 550 professors, and almost ten times as many research associates help secure the reputation of the RWTH as an internationally renowned university – above all for technical and medical degree programs. Founded in 1870, the university’s campuses are spread across the city. With an unprecedented Excellence Initiative, RWTH Aachen University has been expanding its reputation as one of the world’s leading technical universities since 2009. The RWTH Aachen Campus consists of the Campus Central – with the historic main building and the distinctive Super C meeting center in the shadow of the cathedral and city hall –, Campus Melaten and Campus West. The result is a campus that integrates into urban life. On a total area of 800,000 square meters, 16 research clusters are being built successively to answer future questions arising from the challenges of megatrends. Six of these clusters are already in the course of implementation. These include the Bio-Medical Engineering Cluster in the direct vicinity of University Hospital Aachen. This consists of four centers, each of which is dedicated to a specific field. In these operating units, academics from the Faculties of Medicine, Mechanical Engineering, Electrical Engineering, Mathematics and Natural Sciences collaborate with experts from industry on methods and products that are set to revolutionize both diagnosis and therapy.Visually seamless façadeThe CT2 Center for Teaching and Training is the first investor-financed building in the Bio-Medical Engineering Cluster. The seven-storey building was constructed with an investment volume of around €20 million. By networking theory and clinical practice the building offers state-of-the-art training opportunities for students of Medicine, Dentistry, and Biomedical Engineering. It also sets new standards in the further training of physicians and medical personnel, as well as the testing of medical equipment. The aim here was for the CT² to also reflect this function in terms of its architectural design. The architects from sop designed a cube on the slightly sloping terrain that resembles an inverted “U” thanks to its fully glazed upper façades and thereby has the appearance of a gigantic gateway to the campus located behind it. This impression is underlined by the projecting exposed concrete of the side walls which serves to frame the frontal façade. The lateral façades with ribbon windows along their length are spanned by a shimmering skin made of metallic mesh that creates a visually seamless surface. At the same time, the spaces located behind it remain visible thanks to the transparency of the metal fabric. This shell comprises twelve panels of OMEGA 1520 stainless steel mesh – each measuring 29.5 meters long by 5.4 meters wide. There were several reasons behind the decision to go with the woven membrane. These include the fact that the metallic skin underlines the building’s high-tech aspirations and lends the field of biomedical technology both a contemporary and appropriate face. Interacting with the glass façades, it facilitates communication between the interior and exterior. The attachment type is also in keeping with the philosophy of design purism. In line with the patented Fusiomesh NG system, the upper and lower edge of the stainless steel mesh is embedded in a special adhesive between two flat profiles and thereby bonded. Clamping forks ensure that the mesh can be perfectly aligned and handle the requisite static preload based on the anticipated wind and impact loads. The panels are attached to a continuous steel profile in a way that makes them visible at the bottom. At the top edge of the building, on the other hand, the material is bent over backward, so that only a fine edge of the mesh can be seen here. To reduce horizontal movement and the shearing forces at a façade height of 29.5 meters, seven stainless steel tubes run horizontally behind the mesh as intermediate attachment levels. The mesh is then attached to these tubes from the outside with wire clamps that are invisible once fitted. GKD not only manufactured and assembled the mesh for this project, but also took care of the installation.Efficient contribution to sustainabilityBeside the special aesthetics of the metallic membrane, its functional properties were the key reasons for its selection. For example, the stainless steel shell serves as solar protection that reduces the surface temperature of the façade. Yet despite this, the open mesh structure still allows unrestricted natural daylight into the rooms, as well as clear outward views. As such, it not only contributes to improving the building’s energy balance, but also makes it a more pleasant place to spend time and thereby helps boost employee performance. Since stainless steel can be fully recycled at the end of its useful life, the membrane also supports the sophisticated sustainability concept of the new building. The openness and interaction already visible from outside continue consistently into the atrium housed inside the building that is flooded with light. Numerous bridges and wide galleries allow a wide range of visual connections with all floors. The guiding principle of communication and interdisciplinary collaboration then becomes a reality that can be experienced throughout the entire building. Further highlights include a multifunctional auditorium that can house 400 people, as well as a demonstration operating theater equipped with the latest technologies. As and when necessary, these two functional rooms can be combined with the foyer in the basement to create an end-to-end event area which can, for example, be used for symposia. When operated at maximum capacity, the building can then host up to 1,200 guests. Its shimmering stainless steel mesh façade allows the gateway to the future to be seen from great distances.

Project: Innovation Centre, Marlborough CollegeDate: 2020 Background:·        APL were specified by the architect at an early stage in the project, providing a number of samples with different perforations and in different colours·        APL’s engineering team designed a bespoke aluminium sub-frame to minimise any window obstruction Systems:·        1,600m² of AP45HR-Airwall™ perforated profile in aluminium with a Class 2 PPC coating to both sides·        Bespoke-design APL aluminium sub-frame coloured-matched to the Airwall™·        All fixings and accessories  Building Location:·        Swindon

Flymesh and cast iron air bricks, up till now, Installers have either pushed the mesh into the back of the air brick from inside - never to be cleaned again - or meshed over the air brick and held it in place with silicon - never to be removed again. Which is why we invented the cast iron flyscreen airbrick with removable copper mesh. It solved a problem faced by Galliford Try, constructing the athletes village for London 2012 Olympics when they needed feature vents for kitchen extraction to enhance their clay bricked homes. Discover how they work...

All acoustic products which were installed on this project by UK Acoustic Systems were manufactured by Soundis, specifically their Soundis Absorb-R WoodTec range, which the client and architect approved due to their versatility, and the fact they were able to manufacture the products exactly to the project specific specification.The Micro Perforated Timber panels were located and installed on the curved rear wall of the auditorium. The timber core panels were faced with Micro Perforated Formica and the client decided upon the colour red which contrasted the other products within the auditorium tremendously.

Hope View Independent School is a boys only institution that works with 7-18 year olds who have behavioural and learning difficulties. The school is situated close to a major transport route and along the same road as the train station. We supplied and installed 20m of Securi-Mesh® 358 fencing 2.44m high to replace existing fencing that was close to the train station and track. In addition to the fencing, we installed a single leaf Securi-Mesh® matching gate which has the same properties as the fencing, meaning there are no weak gaps in the perimeter.

Project: Birmingham Energy Innovation CentreDate: 2020 Background:·        APL were engaged to provide a non-combustible construction solution to meet challenging acoustic and thermal performance requirements for the roof and walls·        APL were able to meet the clients requirement for matching solid and perforated profiles·        APL provided all structural, thermal and acoustic calculations Systems:·        2,000m² of APL built-up pre-coated aluminium roof system, using the sinusoidal AP18HR and trapezoidal AP31/1000RR profiles·        1,300m² of APL built-up aluminium wall system, using the sinusoidal AP18HR and AP45HR profiles with both pre-coat and PPC finishes·        800m² of APL perforated aluminium wall system, using the AP45HR-Airwall™ profile with a PPC coating·        Bespoke featured fins in aluminium with an anodised-look PPC coating·        APL Tritherm™ GALV sub-framing ·        All flashings, fixings and accessories  Building Location:·        Birmingham

The new Vista apartments occupy an enviable location, close to Chelsea Bridge and overlooking Battersea Park. As a high-end residential project, the landscaping was given a high priority.Lang+Fulton were approached by the architects to propose a suitable stainless steel grating for pedestrian use, which would ventilate the underground car park. A grating with a heel proof mesh of 55x11mm was recommended and was designed with support beams and anchor bolts. The stainless steel was pickled and polished. In addition, 31m2 of galvanized mild steel grating with 66x33mm mesh was supplied for an area which was inaccessible to the public.

Set within the 450-acre Mote Park in Maidstone, a brand new adventure playground has opened as part of a £4.3 million investment by Maidstone Borough Council. As well as creating a safe perimeter for the children’s play area at Mote Park, Jacksons Fencing was specified to supply fencing for the new adventure play zone. We supplied 120 metres of 2.4m high Securi-Mesh® fencing to create a safe and secure perimeter for the adventure playground, with 1 matching single leaf gate, and a pair of matching double leaf gates that can allow emergency access.

Italia-Corten louvred screening makes a striking statement at a technology park and science hub, which is being developed with an ambitious commitment to renewables. The louvre panel system has been used to contrast with stainless steel mesh, etched with an artwork of forest trees. The client specified a strong hi-tech identity with a visible natural imprint, using materials capable of expressing sustainability and modernity. The Italia-Corten, which has a high recycled content, 100% recyclability, requires no finishing treatments and is maintenance free, fulfilled the brief for a material with a low environmental impact and a strong aesthetic.

Originally built in 1871, the school was initially designed to house 140 pupils, but in recent years has undergone development to improve and modernise facilities. In 2017 the school, with support from the parents, purchased 0.65 acres of land. We supplied 106 metres of 1.8 metre high EuroGuard® Regular to secure the perimeter of the new outdoor learning area. To accommodate for the sloping ground, our EuroGuard® Regular panels were stepped to keep a continual height along the perimeter to ensure there are no vulnerable points. The EuroGuard® Regular mesh panels were polyester powder coated Black RAL 9005.

The latest sustainable materials to be added to our range are BioCarbon® zero carbon laminates. These are the first carbon neutral materials of this type to be available in the UK.In addition to having all the durability and decorative characteristics of standard HPL materials, BioCarbon also provides both anti-bacterial and anti-microbial protection, as well as being zero carbon.This combination of features makes it ideal for our Pendock Washroom range of cubicles and is also used within our Pendock Linea building linings products as a durable finishing solution.BioCarbon is manufactured using renewable and sustainable energy sources together with a range of initiatives to offset production processes making it carbon neutral. Manufactured in Colombia, where almost 70% of all energy generated is from hydro-electric, this is what powers, the manufacturing plant.Beyond this, the material used to create the HPL and CL laminates, which is primarily paper, is harvested from sustainable sources and is offset by BioCarbon with its own 200 hectare re-forestation programme that helps absorb 400 tonnes of carbon dioxide, annually. The programme is monitored and audited by PwC.Storage, handling and distribution impacts are also factored into the calculations, which results in a range of products, where the entire process from manufacturing to fabricator is carbon neutral.

Designed to manage and guide the flow of visitors, the Webnet balustrade plays a key role in the organisation of pedestrian traffic during and after the 2012 Olympics hosted at the Queen Elizabth Olympic Park in Stratford, London.The balustrading infill had to accommodate the multitude of curves that were a feature of the balustrade’s design, and the pliable characteristics of the Webnet wire mesh made it the perfect choice.  The Webnet system can adapt to most forms and shapes, making it perfect for creating curves. Featuring high translucency, the Jakob Webnet system is also a discreet and elegant choice for balustrading. The Jakob Webnet wire mesh balustrade infill went through an exhaustive series of tests to ensure it could cope with the large crowds and fulfil a vital security function.Created using marine grade 316 stainless steel, Jakob’s Webnet wire mesh infill continues to provide a robust, weather resistant solution, designed to last for years to come.MMA Architectural Systems (JAKOB's sole UK distributor) also supplied Webnet wire mesh frames for the London Stadium at the Queen Elizabeth Olympic Park. 

The project objective was to create a dynamic space for a large range of use by the members. An example of this is the boardrooms, which had to be designed to create a space that could cater for 4 simultaneous separate meetings or the flexibility to cater for 2 x 50 seater conferences as well as a 90 seater conference style space. Folding acoustic walls and organic puzzle-piece boardroom tables that fit together to create near endless configurations to solve this.

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.

Around the perimeter of the school, Jacksons installed approximately 140 metres of 1.8m high Bow Top fencing, 3 metres of 1m high Bow Top fencing. To provide separate access control for pedestrians and vehicles, 4 manual single leaf Bow Top gates and 3 double leaf Bow Top gates were installed, one of which was automated to control access to the site. In addition to this, we supplied 26.6 metres of 1.8m high EuroGuard® Flatform Medium mesh, and 38 metres of 2.4m high EuroGuard®Flatform Medium , along with 1 single leaf 2m wide EuroGuard Flatform Heavy Gate.

When a significant UK security site needed a complete upgrade to its perimeter fencing, Zaun stepped in with a cost-effective and highly secure solution.The task aheadDue to the compassionate nature of the site, guarding against the physical threat and providing a visual screen was important. Therefore, the perimeter had to meet the high standards of the Centre for Protection of National Infrastructure [CPNI] and be capable of housing Perimeter Intrusion Detection Systems [PIDS] – a sensor mounted on the fence.As there was no current security fencing system that includes a visual block approved by CPNI, it was thought that two fences were required. One of these fences would provide high-security protection and the other a screen from prying eyes.Installing an additional conventional louvre screen would have been expensive and taken up too much room, so Zaun’s development team came up with a solution to address both of these issues.The Patent Pending system uses horizontal louvres that cleverly link into the mesh; this keeps cost and size down as the mesh itself becomes part of the louvre system. The furthermore, them grabs the wires as it is installed to ensure a tight fit, thus preventing rattles that might interfere with the acoustic PIDS system. This clever design saves costs and space. In addition, the product can be configured to provide varying degrees of screening.What Was SuppliedCPNI approved HiSec Super 6 high-security fencing system is designed for sensitive, high-profile sites. The vertical wires are 6mm in diameter with 76.2mm x 12.7mm spacings, enhancing a standard 358 system.Louvre privacy screens are easily attached to the robust fencing eliminating the need for two sets of fencing. Manufactured from 2mm thick steel sheets, which are folded to form the louvre. The galvanised sheets cleverly grab onto the mesh as they are installed, improving privacy and making the 358 mesh more rigid.This whole private and secure fencing system can also have PIDS easily attached. These mounted detection systems give early warning to any attempts of intrusion, whether penetration or climbing. It offers discreet monitoring and early warning and can be fitted on existing fencing units.

Lang+Fulton have supplied Terra-34 balustrade panels, open mesh flooring, stair treads and louvred screening for escape stairs at three new buildings at Milton Park, Oxfordshire.There were five stair towers in total, 10.7m and 15m high, also designed to provide access to service facilities. The stair treads were manufactured from a heel-proof open mesh grating EF-15x76; the balustrade panels were made using Terra-34 which is an anti-climb architectural grating.The Italia-80 louvres effectively screen all the service ducting and were supplied with demountable panels with D-handles for inspection points at each landing and ground level. The result was a smart solution in keeping with the high specification of the development.The balustrading, stair treads and flooring were hot-dip galvanized; the louvres were supplied with an additional polyester powder coating RAL7016.

Open mesh steel balustrades, walkways, stairs and an agora now provide a safe and spectacular descent into the arena as part of an ambitious restoration project of the 1890 amphitheatre at Bradfield College. The theatre performs triennial Greek plays and celebrated its re-opening with a gala performance of Antigone in May 2014. The balustrade panels were made from DemiAlto grating with bespoke aperture of 55x110mm. The panels were installed without posts and were fixed through plates, mounted below the finished floor level. The grating was made with a suitable section of bearing bar to take the potential crowd loading.

Cellweb®TRP is a cellular confinement system specifically designed for tree root protection. The system creates a stable, load bearing surface for traffic or footfall whilst eliminating damage to roots through compaction and desiccation. The distinctive cell size, cell depth and cell wall perforations combine to create the tree root protection system.The Cellweb®TRP system comprises of the three specific elements, Cellweb®TRP, Treetex™ pollution control geotextile and an infill of clean angular stone.Features and benefits:Guaranteed cellular confinement system.Independently tested.No dig solution - loads placed upon it are laterally dissipated rather than transferred to the soil and roots below. Prevents sub soil compaction.100% success rate.Continued water permeation and gaseous exchange, ensuring that nutrient supplies to the tree roots are maintained.Prevents surface rutting; optimising long term performance and aesthetics of the final surface.Simple to install.Complies with BS5837:2012, APN 12 and Tree Preservation Order (TPO) guidelines. 

We were very pleased to complete the playground refurbishments for Plaistow and Ifold Parish Council, a beautiful village in Sussex. Given the rural setting, a natural theming to the equipment and surfacing was required, with no garish colours. The centrepiece of the new area was the Spell Hill multiplay climbing frame unit, with two tall slides, two towers and a connecting, inclined rope bridge. A new toddler slide unit was incorporated into the scheme, along with a basket swing, and small rotator.All modern playgrounds need a zip wire, something that often sees queues of children waiting to have a god in the first months after installation. Our ramp take off cableway added an exhilarating twist to the area for adventurous children of all ages.TigerMulch surfacing was used for the main area, whilst the zip wire was surfaced in rubberised grass mats.A big thanks to the village for commissioning us to carry out the works – happy playing!

The Bořislavka shopping center equipped its ceilings with Barrisol® The Recycled sheets with a P50 perforation (2.8 mm) in order to improve its acoustics while bringing a touch of aestheticism in this place with a unique and contemporary architecture.It is nearly 1800 m² distributed in 151 recycled sheets which were installed in the alleys of the shopping mall. The range of Barrisol® Recycled sheets is 100% recyclable and is manufactured from recycled Barrisol® materials (50% pre-consumer).

Let’s go to the house of the Rangers, in Glasgow, the Ibrox Football Stadium, so I can show it to you.Here, CIVIL F system channels have been installed, but not to drain water, but to conduct the wiring of the facilities from the outside to the inside of the stadium.So instead of installing a slotted or mesh design for the grating, these are solid, with no inlets. The fact that the gratings are solid avoids water from getting inside the channel. This protects the wires and keeps them dry.These channels with solid cover can have a Rapidlock quick lock, a system that allows you to open and close the cover in one click, without the need of tools.Simple, easy and quick, like dissolving cocoa in milk.

Breezefree screens are used to provide a protective barrier, and regularly changing signage at the world-renowned Royal Observatory, Greenwich. As one of London’s top tourist attractions, the historical Royal Observatory, Greenwich hosts thousands of visitors every year at its stunning location and vantage point within Greenwich Park. The bronze planetarium cone needed a screen system on its outside perimeter to discourage visitors from touching the structure, which occasionally becomes hot in the sun...

We designed, supplied, installed, and surfaced this new playground in East London, with the project completing in December 2023. The customer was looking for strong, durable, and attractive looking equipment, and our stainless steel range from Spiel Bau was perfect for the requirement. Spiel Bau equipment comes with lifetime guarantees on stainless steel elements, and has been designed to provide excitement and challenge for children of all ages.The centrepiece unit, the Beeskow multiplay, features two decks linked by an inclined rope bridge, monkey bars, a fireman’s pole, traditional slide, rail slide, and an overhanging climbing wall. The stainless steel uprights combined with hardwood robinia decking and panelling gives a beautiful, architectural finish. The large size and wide variety of play features ensures a high number of children can use the structure at any one time, making it a great piece for parks in high use areas such as this.The multiplay was complimented by two stainless steel climbing frames, the first a crow’s nest look out tower and the second an linear, obstacle course style structure. A stainless steel rope end swing, Stainless Steel seesaw, Zip Wire, and two springers rounded off the equipment, all of which was surfaced by our inhouse surfacing teams with black and green fleck wet pour rubber. We loved working on this project, introducing high quality equipment and surfacing to a park in much need of redevelopment.

The Ascot Cycle Compound can help contribute towards gaining ENE8 Cycle storage credits when used in the appropriate situation Shelter manufactured from hot dipped steel Galvanised box section to BSEN ISO1461 Several cladding options including; Wooden slats Wooden boards Waved sheet metal Perforated sheet metal Toughened glass Polycarbonate Aluminium fixing straps Anti climb end panels No crawl under perimeters Angled roof Various gate options i.e swing, slide or automated Padlock/Hasp locking mechanism, swipe or keyed.