"flooring reinforcements toppings"

This major redevelopment of Charlton Park Academy school involved replacing temporary mobile classrooms and a single storey building with a two-storey steel framed brick building to better meet the needs of students, teachers and carers. A structural flooring solution was required for use over precast planks, covering 800m2 on the ground and upper floor at a depth of 75mm to 120mm. Space and access would be challenging, due to the small footprint of the site, proximity to the existing school building and access from a busy main road. Given the large floor area, a traditional sand cement screed would have been very time consuming to place. Tarmac’s TOPFLOW SF a self compacting steel fibre reinforced concrete was chosen as the solution. Its flowing nature would allow it to be quickly pumped into place and adapt to the variable thickness criteria. TOPFLOW SF is designed to act as a structural topping with both, steel mesh & fibre reinforcement. The steel fibres added to the TOPFLOW SF gave its robustness and flexural strength as it was being placed over a precast plank system that could flex with loadings. They also reduced the risk of cracking. By replacing steel mesh reinforcement, it helped avoid problems with access, storage and handling and kept the site open for parallel trades. Using TOPFLOW SF rather than a sand cement screed or reinforced concrete, improved productivity and saved time. This saved 13 days or just over 2.5 weeks on the programme. 

SubFloor flooring was used to help renovate and raise a concrete floor into a level school floor in Skövde, Sweden.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.45 mm Rigid insulation was positioned on the insulation bearers to leave a clear void underneath and a 22 mm chipboard was placed on top.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 100 mmSubFloor Screw FootInsulation Bearer 45 mmHeight Variation: 50 - 111 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.66 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamideCold Galvanised Sheet SteelPoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 9.72 kNLoad between screws over joist edge - 15.85 kN

SubFloor flooring was used in a conversion of an industrial premise for youth gaming activities. This allowed insulation to separate the cold floor from the main area and for wiring installations under the floor.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.95 mm Rigid insulation was positioned on the insulation bearers and a 22 mm chipboard was placed on top.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 200 mmSubFloor Screw FootInsulation Bearer 95 mmHeight Variation: 105 - 236 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.82 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamideCold Galvanised Sheet SteelPoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 9.72 kNLoad between screws over joist edge - 15.85 kN

SubFloor Outdoor Flooring was used to help renovate and raise a 650 m² roof into an outdoor terrace in Västerås, Sweden.This was built on top of the existing roof felt and used high-quality pressure impregnated wooden joists to create an even surface, level with the rest of the building. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Pre-treated Wooden Joist 45x70x3600 mmSubFloor Screw 300 mmSubFloor Screw FootHeight Variation: 90 - 339 mmJoist separation: c/c 300 mmSystem Weight - c/c 300 mm: 10.72 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamidePoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 21.74 kNLoad between screws over joist edge - 16.43 kN

A private landowner wanted to develop a large multi-purpose agricultural facility for both arable and potential livestock use at their farm in Leicestershire. Part of the requirement was external surfacing, which would need to be hard wearing and deliver long lasting durability in this demanding environment, including regular use by heavy agricultural vehicles. After discussions with the contractor, the solution proposed was Tarmac’s TOPFORCE fibre reinforced concrete with a combination of synthetic macro and micro fibres. TOPFORCE is a fibre reinforced, high performance concrete, that eliminates the need for some traditional reinforcement. Quicker and easier to place than traditional steel mesh reinforced concrete, TOPFORCE concrete offers excellent long-term durability and performance. This makes it ideal for heavy duty flooring or hardstanding applications. This solution would deliver a saving in both labour and material costs and avoid the budget impact of the rising cost of steel. As well as improving the durability off the finished concrete, the use of macro fibres would also improve sustainability significantly by reducing embodied carbon compared to traditional steel reinforcement. 

SubFloor raised flooring was used to renovate, raise and level a 25 m² loft to allow for deeper insulation near Llanelli, South Wales.The SubFloor system was used to transform an attic renovation. By increasing the void height, this revolutionary solution not only allowed for enhanced insulation but also significantly improved the energy efficiency of the entire building. Enhanced Energy Efficiency:By replacing the existing 100 mm insulation with a superior 200 mm insulation, the entire building's energy consumption underwent a drastic reduction. This upgrade meant lower energy bills, a reduced carbon footprint, and a more environmentally friendly space. Flawless Floor Levelling and Efficient Storage:Say goodbye to uneven floors and wasted space! With the introduction of the screw and joist system, the SubFloor system seamlessly transformed the attic. This innovative setup not only adjusted the uneven floor to become completely level but also paved the way for efficient storage solutions. 22 mm chipboard was fixed on top, supported by fibre-reinforced screws and high-quality pine, ensured that the SubFloor system effortlessly met all load requirements. Versatility and Speed:Flexibility was key in the successful implementation of the SubFloor system. Its adaptability to varying floor heights proved to be a true asset. The 3.6 m long joists allowed for easy setup and adjustment, effortlessly conforming to the unique shapes of different rooms. Even after installation, the joists could be easily raised or lowered to achieve the desired height, ensuring a swift and efficient assembly process. Testimony“Very glad I found your system as almost every leg needed to be a different length in this old house. The various loft legs products are not adjustable and the floor would have been like the rocky road to Dublin. Thanks and regards, Jim”Products:Wooden Joist 45 x 45 x 3600 mmSubFloor Screw 200 mmScrew Foot Construction:Joist separation c/c 400 mmBuilding height: 65 – 214 Data:System weight: 3.07 kg/m²                                                            Uniformly Distributed Load:9.32 kN/m² - Between screws7.96 kN/m² - Over screw at joist edge Materials:Pine T0-C24Fibre-reinforced PolypropylenePolyamide

This major expansion of the deep-water container terminal at Liverpool docks would significantly increase the footprint and capacity of the site. The site handles the world’s largest container ships and connects road, rail and canal networks directly to the heart of the UK mainland. As part of this project, external concrete surfacing was needed that would deliver long term resistance to the high volumes of HGV traffic using the terminal. After discussions with the contractor, the solution proposed was Tarmac’s TOPFORCE fibre reinforced concrete with a combination of synthetic macro and micro fibres. TOPFORCE can eliminate the need for some traditional steel reinforcement, making it quicker and easier to place. It offers excellent longterm durability making it ideal for commercial and industrial sites used by HGV traffic. This solution would deliver a saving in both labour and material costs and avoid the budget impact of the rising cost of steel. As well as improving the durability and structural performance, the use of macro fibres also improved sustainability significantly by reducing embodied carbon compared to traditional steel reinforcement. 

As part of its UK expansion program Aldi was building a new £59 million regional distribution centre and offices at Wentloog near Cardiff.Over 10,000 m3 of TOPFORCE fibre reinforced concrete was supplied over a period of 13 months for the external floor slab. The TOPFORCE concrete reduced the effects of shrinkage and settlement cracking, while enhancing the surface properties and durability of the hardened, cementitious product. 

SubFloor raised steel flooring was used to renovate, raise and level a 285 m² listed museum floor into a modern meeting space in Ellesmere Port, Liverpool.This simple and elegant solution raised an uneven stone floor up to 300 mm to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height. Steel joists were used to meet moisture requirements in the port area and underfloor heating plates were assembled on top.Products:Steel Joist 45x30x3800 mmSubFloor Screw 300 mmScrew FootInsulation Bearer 120 mmInsulation Bearer 95 mmHeight Variation: 50 - 303 mmSystem Weight - c/c 400 mm: 2.88 kg/m²Materials:Steel SUB250 GD, Z100 GalvFibre-reinforced VitamidePolyamidePoint Load 50 x 50 mm: 5.78 kN6.78 kN/m² - Between screws10.54 kN/m² - Over screw at joist edge[According to SS-EN 1195:1998] 

A busy Leeds Freightliner container terminal located to the South East of Leeds needed replacement of a number of sections of the external paving. The site is subject to constant traffic and extreme loading, with loading vehicles weighting up to 100 tonnes when carrying a container and daily use by HGV’s. Tarmac’s TOPFORCE fibre reinforced concrete offered the ideal solution. Although TOPFORCE concretes can be used instead of conventional steel reinforcement in some applications, in this case it would be used for added durability and crack resistance in a pavement design containing two layers of steel reinforcement mesh within a 300mm slab. The fibres within TOPFORCE provide three-dimensional reinforcement throughout the full depth of the pavement. This delivers improved abrasion, impact and crack resistance and enhanced flexural strength.Find out more at: https://tarmac.com/case-studies/fibre-reinforced-concrete-for-busy-transport-hub/

d² Dura Grating Mini Mesh and Solid Top Raised Flooring | Case StudyNew Glass Reinforced Polymer (GRP) Mini Mesh and Solid Top d² Dura Grating is the ideal raised flooring solution for luxury car valeting centres, car workshops and other automotive facilities thanks to its lower cost, weight saving and improved visual inspection capability versus previous generation grating.The Dura Composites raised flooring solution is a full design and supply system, incorporating both the raised pedestals, floor grating and mounting system. The unique d² Dura Grating design also allows for improved visibility of the substructure below, offering a clear view of draining liquids from the valeting process from a much wider range of angles than were previously achievable.

he University of South Wales (USW) has recently installed 900 m2 of Taraflex® Area Elastic (AE) System vinyl sports flooring in ‘Maple’ from international flooring specialist Gerflor. This high-quality installation was for a replacement floor in the USW Fitzone at their Treforest campus.“USW were looking to replace their existing timber sports floor due to damages caused by flooding. As they had an installation at USW Nantgarw Sport Park One of our Taraflex Combisport system they wanted costings to install a similar system at the Treforest site.” Tony Thorne added, “We specified 900m2 of our world class Taraflex AE System, as there was existing equipment which included bleachers and doors. As part of the rigorous specification process, we had to meet the same height as the existing flooring. At Gerflor we have timber sports floors within our portfolio, however following conversations with various stakeholders on the project and due to factors, such as non-sport use and high life cycle costs due to the repeated maintenance needed for timber, we specified Taraflex as the floor finish.”Richard Lewis, Capital Projects Manager at USW said,” We decided to replace the existing sports surface due to a previous roof leak that damaged the floor. The Taraflex sports flooring has only recently been installed, but it is already exceeding our high expectations.”The installation of the Taraflex® sports system would be the responsibility of Swansea-based Artisan Flooring who have installed Gerflor products on previous projects.Lewis Williams, Contracts Manager, Artisan Flooring said, “We would choose Gerflor’s Taraflex again as it’s always been a reliable brand, especially when it comes to sports flooring. It’s a great product to work with.”Taraflex® AE systems are area elastic floors consisting of undercarriage construction topped with Taraflex® Surface. Taraflex® Surface is a compact vinyl sheet sports floor covering consisting of a D-Max™ surface - Gerflor’s own complex made up of calendered polyvinyl chloride (PVC) sheets reinforced with a fibre glass grid for high durability and outstanding dimensional stability.

Originally built in 1889, in 2007 the Savoy Hotel closed for a four-year-long £220m restoration project which saw the Edwardian structure reinforced, rationalised and restored, bringing the facilities up-to-date whilst maintaining and celebrating the glamour and luxuriousness of the original Art Deco styling. The Savoy re-opened in 2010 and quickly re-established its status as one of the top hotels in the world.Unfortunately, the structural changes made did not foresee the subsequent changes to Health & Safety requirements and last year it was established that further works needed to be undertaken to protect maintenance staff.After providing an initial quote back in October 2019, work commenced onsite on the 29th July 2020 and the next 12 days were spent installing 80 QuartzGrip GRP 38mm Open Mesh Grating Riser Floors over ten storeys of the historic building. Retro-fitting Riser Decks is always more challenging when being involved during the construction of a property; access is restricted and you’re working around structures and fittings that would ideally be installed AFTER the riser floors are in place. However, the work was made a little easier by the COVID-19 enforced closure of the hotel. There were no guests to work around and staff levels were at a minimum. Whilst access was still difficult, at least disrupting residents’ stays with construction noises wasn’t an issue.There was a documentary about the 2007 renovations and more recently, a TV series following the daily activity at the Savoy which ended as the hotel locked down in March 2020. Viewers are still waiting to find out if there’ll be a second season, but here’s hoping that by 2021 life there will be back to normal. To find out how riser floors can improve the safety of your property call Amber on 01206 396 446.

Car park refurbishment for Dublin City UniversityMcKeon Construction Limited, were looking for a durable and innovative resin waterproofing system for one of their clients, Dublin City University (DCU). The university required car park refurbishment to a multi-storey car park where the existing deck coating had started to fail.McKeon discussed the client requirements with Larsen Contracts (Ireland) Ltd, a specialist resin contractor. Larsen recommended the Degafloor Top Deck System for the car park refurbishment.The Degafloor Car Park Top Deck System is designed to offer the outstanding flexibility and performance required for top decks of multi-storey car parks. The unique formulation allows installation to occur extremely quickly, with the main system of 23mm being installed in a single application process.The project was completed according to specification, within budget and on time. DCU and McKeon Construction Ltd are delighted with the results and the numerous benefits that the Degafloor Top Deck System has delivered, including: outstanding durability, flexibility, a totally seamless and impervious finish, exceptional slip resistance and visually pleasing aesthetics.Eddie O’Brien of Larsen Contracts Ltd commented: “The Degafloor Car Park Top Deck System enabled us to complete the installation within the short window of time available (weather wise). Traditionally, we have been unable to complete car park projects outside of summer months due to weather and temperature constraints, but this new system has made it possible for us to complete car park installations all year round.”

Cannon Green’s RC cast in situ polished concrete staircase is an Ocubis project in conjunction with John Robertson Architects (JRA), Civic Engineers and Six Smith Build. Lazenby built and installed the 21m long, 7m high and 7.5m wide (at the top) inverted amphitheater cast in situ Pewter concrete staircase. This staircase was designed by JRA and structurally engineered by Civic Engineers, incorporating BIM modelling due of the intricacies of the reinforcement design. This self-supporting staircase is tied into the structure with a steel stringer to convert the loads and moments down through the steel columns.Lazenby installed traditional formwork to create the stepped soffit that leads up to the inverted amphitheatre steps. Lazenby then installed a false work system (from Ischebeck Titan/Inform UK) enabling the formworkers to create the radius former inverted amphitheatre undercarriage that is visible from the restaurant (Drake & Morgan). The reinforcement was then added to the soffit and steps; the carpenters then added formers and attached nearly 700 DDA studs to the formwork prior to the casting of concrete.Lazenby’s integral-coloured Pewter polished concrete was batched on site into a C32/40 concrete supplied by London Concrete. The project used approx. 24 cubic meters of concrete and 6 tonnes of steel reinforcement. Ground floor to the top landing and seating area is just over 4m high, 21m long and 7.5m wide with 24 shallow risers and 3 functional landings. The first 3m wide step widens to a 7.5m inverted amphitheatre style landing featuring single and double height steps.Lazenby’s 8 master craftsmen were onsite for the duration of this 12-week project. Lazenby won the Cannon Green project based on the ability to deliver unrivalled experience for projects of this scale and magnitude. Engineering from Civic Engineers, design by JRA and experience and know-how from Lazenby’s master craftsmen created a steel and concrete masterpiece of exacting standards.

The client here had a small space that they wanted to use to create a wetroom, wedi liaised directly with the designer and tiler to assist with the products used in the final installation. This includes a wedi "Slim Kit" and wedi "Top" material on the floor as the finished surface. wedi Top was utilised to keep the whole build-up as slim as possible as it offers anti-slip and mould resistance in a mere 6mm thickness without the need for grout lines and cleaning that you would have with a traditional tile.

The ModernGlide MG100 Top Hung Double Point Movable Acoustic Wall provides seamless room dividing options and is ideal for separating meeting room space.Movable Walls Key Facts & Specifications:Acoustic reduction from 37dB to 58dBTop-hung with no floor trackFixing to beam on concrete soffitPanel widths of 650mm to 1250mmHeight up to 12000mmFull height or inset pass door optionsSemi-electric top and bottom seal optionsVersatile stacking via double point suspensionFinishes include melamine, laminate, veneer and magnetic wipe boardIntegral glazing options30 minute and 1 hour fire rating options

Golpla-Recycled Reinforced Grass & Gravel Grass Paver Case StudiesDesigned to retain gravel and reinforce grass for a wide range of applications which include:Footpaths.Cycle paths.Access roads.Car parks.Caravan and campsites.Sports facilities.Emergency access.Wheelchair access.Inclusion in applications where high infiltration is necessary as part of SUDS (sustainable urban drainage system) schemes.

Sitting adjacent to Manchester Victoria station, the £185m New Victoria development is a two-phase scheme initially involving two residential towers of 20 and 25 storeys providing 520 one, two and three bed apartments. The second phase being a 13-storey office block. The façade concept is a ‘hooped envelope around a glass box’ with the ‘envelope’ consisting of vertical panels from the first floor to roof level. As with any reinforced concrete slab design, the project is at risk of punching shear failure. Which traditionally has been resolved by adding further concrete, such as downstand beams or localised thickened column heads. However these measures require complex formwork and significantly reduce the benefits of the flat slab design. By incorporating the Schöck Bole shear rail system – with its ready-to-install reinforcement element consisting of double-headed studs with spacing bars to ensure correct positioning – installation is cost-effective and significantly faster than traditional loose links. In fact, Shaun Farrell of Mayo Civils, the concrete frame contractor, comments: “We were pleased to find that by using the Bole shear rail system on the project, installation was four times faster than if we had used shear links.” Shaun goes on to explain that: “when using traditional links the installation time is increased because twelve ties are involved, six of which have to be tied to the bottom steel matt, which involves getting your hands between the rebar. With the Schöck Bole six-stud shear rail, it only involves two ties to the top matt”. 

The ModernGlide MG100 Top Hung Acoustic Wall is ideal for large auditorium spaces and halls where room heights can be up to 12 mtrs high.Movable Walls Key Facts & Specifications:Acoustic reduction from 37dB to 58dBTop-hung with no floor trackFixing to beam on concrete soffitPanel widths of 650mm to 1250mmHeight up to 12000mmInset pass door optionsSemi-electric top and bottom seal optionsStacking via single and double point suspensionFinishes include melamine, laminate, veneer, magnetic wipe boardIntegral glazing options30 minute and 1 hour fire rating options

The new flagship outlet of Pioneer Foodstore in Carlisle was built to a high specification with the aim of significantly extending their client base. The planning application had to meet the requirement for a screen to conceal the roof-top services and air-conditioning plant.Italia-80V was proposed, which could be bent to a radius, to fulfill the vision for a semi-circular end to one side of the compound. The 2950mm high steel louvre panels were welded onto appropriately shaped RSA support rails at top and bottom, which were supplied with multiple holes for fixing to the posts to ensure perfect continuity of spacing. A double-leaf gate was also seamlessly incorporated by using a front fixing design.Lang+Fulton worked closely with the architect at an early stage to advise on the fixing points for the posts which would carry the screen. This ensured that the thermal barrier and waterproof membrane could be wrapped up the footings for a neat and effective installation.

SubFloor flooring was used to help renovate and raise a 250 m² floor into an office with a large void in Stockholm, Sweden.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 300 mmSubFloor Screw FootHeight Variation: 65 - 314 mmJoist separation: c/c 300 mmSystem Weight - c/c 300 mm: 3.99 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamidePoint Load Limit (50 x 50 mm):Load next to screw over joist edge - 9.72 kNLoad between screws over joist edge - 15.85 kN

SubFloor flooring was used to help renovate, raise and ventilate a 700 m² floor into a Nursery near Gothenburg, Sweden.The Subfloor ventilation system was ideal for this nursery, as it allowed for multiple floor height adjustments and for ventilation installations under the floor. Associated floor ventilation material such as ducts, air distribution strips, fans, etc. was also provided. The negative pressure the ventilation generates under the floor creates a fresh and healthy indoor environment.This simple and elegant solution raised and levelled the floor to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Steel Joist 45x30x3800 mmSubFloor Screw 100 mmInsulation Bearer 45 mmHeight Variation: 46 - 100 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.06 kg/m²Materials:Steel, Z100 GalvFibre-reinforced polypropylenePoint Load Limit (50 x 50 mm): Between screws over joist - 7.08 kNOver screws over joist - 8.78 kN

SubFloor acoustic flooring was used to help renovate, raise and acoustically dampen a 1318 m² old mill floor into 16 luxury apartments near Nottingham city centre.This simple and elegant solution raised an uneven floor by a step height to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 200 mmScrew Foot AcousticHeight Variation: 73 - 223 mmSystem Weight - c/c 600 mm: 2.65 kg/m²Materials:Pine T0-C24Fibre-reinforced polypropylenePolyamidePoint Load 50 x 50 mm: 5.3 kNUniformly Distributed Load:9.32 kN/m² - Between screws7.96 kN/m² - Next to screw over joistAcoustic Damping: Up to 28 dB[rating according to ISO 717-2]

Two types of Welsh Slate roofing slates have helped breathe new life into the stunning Grade II listed dining hall of a top independent school. A total of 15,000 of Welsh Slate’s rectangular Cwt y Bugail and arrow-head Penrhyn Heather Blue slates now feature on the duo-pitch roof at Clifton College in Bristol. The three-storey dining hall/kitchen, which is one of, if not the biggest building in a cluster of stunning Victorian constructions, had not been re-roofed since it was built 156 years ago to a design by architect Charles Hansom.

We supplied 180 metres of 1.2m high bespoke Bow Top fencing with extended base plate posts to allow it to be stepped around the perimeter. The panels also had additional pales to provide extra strength. We also supplied a pair of 3.1m wide manual Bow Top gates matching the height of the fence, to provide a safe and welcoming entrance to the church grounds.

CASE: Concealed top-down Honeycell Duette® blinds in blackout material.

Newly built Cavell Park Care Home, a Porthaven home, is situated in a convenient location, close to the historic town of Maidstone and a stone’s throw from the M20 motorway. To ensure the perimeter of the grounds and the gardens of the care home are safe for residents to spend time in, fencing and gates were required. In addition, with the standard of care being high, this needed to be reflected and indicated in the presentation of the whole site, so the car park at the front of the site needed premium quality demarcation fencing to create an excellent first impression. Black metal bow top railings and matching gates were chosen to demarcate and secure the boundary; specified in varying height intervals for the different areas of the site to suit requirements. 

SubFloor flooring was used to help renovate, raise and acoustically dampen concrete floors in apartments.The acoustic feet simply click onto the SubFloor screws and dampens any step noise up to 28 dB, this helps reduce; step noise, rebound noise and flanking transmission.This simple and elegant solution raised and levelled the floor to allow for installations and insulation underneath. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height.Products:Steel Joist 45x30x3800 mmSubFloor Screw 100 mmSubFloor Acoustic FootHeight Variation: 58 - 112 mmJoist separation: c/c 600 mmSystem Weight - c/c 600 mm: 2.21 kg/m²Materials:Steel, Z100 GalvFibre-reinforced polypropylenePolyamide + Rubber damping elementPoint Load Limit (50 x 50 mm):Between screws over joist - 6.78 kNOver screws over joist - 10.54 kN

Situated in Bedfordshire, Millbrook Golf Club is a magnificent golf course that sought to enhance specific areas of its course to ensure year-round suitability.In this case study, the greenkeeping team focused on improving the walk-on walk-off areas of newly constructed tee boxes to prevent erosion and the formation of muddy or boggy ground during the winter months.To create a pathway that would offer exceptional grass protection while preserving the natural beauty of the course once the grass beneath had grown, the team opted for our rubber grass mats.Our rubber golf path matting is highly sought after due to its remarkable benefits, including durability, ease of installation, permeability, and compatibility with wheelchairs and golf carts. These attributes make it the perfect solution for a wide range of projects and applications.Robert the Millbrook course General Manager told us; "We chose rubber grass mats to be used for the walk-on walk-off areas to two of our tee boxes, one of which has recently had a new pathway to the rear of the tee installed".Rubber Grass Mats On The 7th TeeExtending from the 6th green to the 7th tee, this particular section of the course experienced noticeable wear and tear. Without careful maintenance from the greenkeeping team, it could easily become an extremely boggy spot.To alleviate the risk of muddy ground in this area, the team devised a plan to revamp the space. They constructed a new pathway at the rear of the tee and re-turfed the slopes on either side. The surface of the path was then adorned with artificial grass. In addition, the lead-up to the artificial grass path was covered with our protective rubber grass mats. These mats were effortlessly laid in place by the team using plastic fixing pegs and cable ties.Once the area has matured, the golf path mats will become nearly invisible, providing a natural-looking yet protective surface to ensure the course remains in optimal condition for its members throughout the year.Robert kept us up to date with their progress; "Our Greenkeepers have been busy putting the finishing touches to the 7th Tee. Turfing the slopes, laying artificial grass for the path and installing a rubber grass mat infrastructure which the grass will grow through".Rubber Grass Mats On The 12th TeeSimilar to the work done on the 7th tee, the team at Millbrook devised a plan to enhance the approach from the 11th green to the 12th tee using our rubber grass mats.To enhance year-round usability regardless of weather conditions, they improved the approach to the tee box from the 11th green by installing our rubber grass mats. These mats were laid out, interconnected with cable ties, and easily secured in place using plastic pegs.Once the grass grows through the carefully designed holes in the rubber grass mats, the course will maintain its natural appearance while benefiting from a reinforced pathway that prevents the formation of boggy areas.Robert again informed us of the upgrade of this tee approach path; "The 12th Tee approach work is progressing really well thanks to our greenkeeping team. The area around the 11th bunker has also been re-turfed".The ResultRobert and the team are delighted with the project's outcome and the advantages provided by the rubber grass mats. Some club members have also expressed their appreciation for the new tee boxes and approaches on the Millbrook Facebook page; "The tee boxes looked very smart on Saturday".We are thrilled that our simple yet highly effective rubber grass mats have proven to be a resounding success for Millbrook Golf Course.Our exceptional golf pathway mats have assisted the greenkeeping team in achieving their objective of creating reinforced and natural-looking approach areas for their new tee boxes. Undoubtedly, these improvements will benefit the team, members and the course for years to come.For more information on our rubber grass mats and other rubber surfacing solutions, or to request a quote for an upcoming project, please do not hesitate to contact us.

Few people realise that it is possible to clad old stairs with our engineered herringbone parquet floors. It is a specialist skill and you should only employ trusted professionals who have the specialist equipment. The parquet blocks used here are unfinished so that you get perfect square edges. They are then oiled after all other works are completed so that you get your perfect floor. There is no separate stair nose piece as the top layer of solid Oak is a good 4mm thick and this allows the fitters to create an accurate mitre join.

SubFloor acoustic flooring was used to renovate, raise and acoustically dampen a 828 m² floor into 12 luxury apartments near Nottingham city centre.This simple and elegant solution raised an uneven floor up to 300 mm to allow for installations and insulation. The joist and screw system allows for quick and easy assembly so that the floor can reach the desired height. Acoustic feet were mounted onto the SubFloor screws for acoustic damping between apartments.Products:Wooden Joist 45x45x3600 mmSubFloor Screw 300 mmScrew Foot AcousticHeight Variation: 73 - 323 mmSystem Weight - c/c 600 mm: 2.86 kg/m²Materials:Pine T0-C24Fibre-reinforced VitamidePolyamidePoint Load 50 x 50 mm: 5.3 kN12.84 kN/m² - Between screws12.73 kN/m² - Next to screw over joist[According to SS-EN 1195:1998] Acoustic Damping: Up to 28 dB[rating according to ISO 717-2]

Furnitubes designed and manufactured a number of AKRI retaining steel wall planters with ped and tray system for rooftop scheme in in Bexleyheath, south London. AKRI’s unique ped and tray system allows the planters to be left freestanding, sitting on a layer of waterproof membrane. Decking and pergolas were installed and benches were later retro-fitted to the planters to seamlessly integrate seating, manufactured in all steel to accommodate the required A fire rating, creating stunning landscaped roof tops across both buildings in the heart of a bustling city.

Hoists are one of the key components of a Changing Places Toilet and there are a few essential things to consider before installing them. See below for our top 4 things to think about at the planning, design and installation stages.Installing hoists into Changing Places Toilets requires knowledge of the equipment, the relevant regulations and requirements specific to these fully accessible toilets, plus the experience to install the specialist equipment safely.Astor Bannerman have a Changing Places team who have extensive experience with the planning and installation of hoists and other specialist equipment.

Bolton School specified Taraflex® Comfort sports flooring for their main sports all and their top-performing Tarasafe Ultra for two of the changing rooms. The installation would involve some 780m2 of Gerflor flooring with game lines also being added as the final touch.

Sustainability was a key consideration when British Sugar decided to create a new headquarters to replace its old, tired office.Once the designs were finalised, our floor fitting teams installed RMG600 raised access flooring across the ground floor, first floor and top floor of the building, totalling an area of 4,800m2, utilising our PSA MOB PF2 PS/SPU Medium Grade RMG600 panels.Around the central atrium, we fitted our innovative Attiro architectural finish over the steel-encapsulated RMG600 access flooring system. Attiro is an innovative overlay engineered timber flooring solution that is designed to enable quick and easy access to a raised flooring void at any point in that floor.