Inpro

Architect: Henning Larson - CopenhagenContractor: SKANSKA - SwedenThe ProjectESS / European Spallation Source, located in Lund, Sweden, is a joint European research facility to which 13 member countries contribute technical equipment, expertise and funding. Researchers worldwide will be able to study materials in detail allowing them to investigate solutions for some of the world’s most complex challenges in material research, renewable energy, biomedicine and pharmaceutical pursuits. The facility is expected to open for research in 2023.Not only will ESS become a world-leading research facility, it will also be one of the most sustainable and energy smart research infrastructures.The ESS energy concept is based on three pillars: the facility will be very energy efficient and will use as little energy as possible, all energy will come from renewable energy sources and the waste heat will be recycled.Inpro® Products UsedFireline® 140 Fire BarrierSeries 114 Drywall Wall and Ceiling Interior SystemSeries 651 Surface Mount Exterior SystemSeries 672 Bellows Roof Exterior SystemSeries 995 Fire-rated FoamWhy did Skanska decide to work with Inpro?The project started 2 years ago with a single request for information from Henning Larsen Architects – Copenhagen. In 2019 Inpro were asked by Skanska to tender for an expansion joint product line addressing the exterior cladding of this unique facility. At that time, several other manufacturing companies were being considered for the wide ranging scope of movement joints required. However after in depth interviews, only Inpro was able to offer all the complex joint solutions required in one primary supplier.Detailed Sustainability product information was submitted and verified by third parties.Complicated Shop Drawings and take-offs of the massive 6-building involved depicting multiple complicated transitions between varying substrates, differing products and a range of geometries for the custom-made solutions.Demonstrated our ability to overcome complex technical and field-related problems.Were involved with hours of online meetings with the main stakeholders- Skanska technical teams, the Architectural team and the Installing Contractor in a collaborative approach to implement best practice and minimize risk.This was an Inpro team project including Senior Product Management, Sustainability team, estimation and commercial management who all played an important part to land this iconic development with SKANSKA.

Located in Istanbul, Turkey, the Istanbul International Airport was inaugurated on 29 October 2018 and has continued expanding. Once all phases of airport construction are complete, the airport is estimated to serve 200 million passengers per year.Our Sanparrel™ Rigid Sheet has been installed throughout the terminals and some of the airport hotels as well. Using our Elements patterns, the installation looks sleek and modern and is protected for years to come.

Architect: Pascall + Watson Ltd.London, UKContractor: Laing O’RourkeDartford, UKInstaller: EKSPANSheffield. UKThe ProjectA £1 billion expansion of Terminal 2 that will be 150 percent larger than the original to boost passenger capacity and provide gate and tarmac space for the largest jets now in operation. The new terminal will feature 32 new shops and food and beverage outlets.Unique ChallengeArchitects were concerned about thermal movement creating a 20mm difference in floor heights across the slabs or sections of the terminal. This would present a trip hazard for pedestrians transiting the terminal, which could potentially be present over weeks or even months during the hottest or coldest times of the year.Solution ProvidedInpro® product designers created a project-specific “glide plate” floor joint. This custom solution had to move in three directions while simultaneously addressing the rigorous heavy-duty loads encountered in this major transportation hub. The new solution was presented as a 3D-printed prototype model only days after the idea was discussed with the architects. The new system can withstand the extreme movements and the additional loading present in airport concourses, from wheeled luggage up to passenger transport vehicles and maintenance equipment.The new 300HD system easily accepts the flexible Fireline® 520 fire barrier, which recently passed testing for all the European standards.Inpro® Products Used• 300HD Glide Plate floor-joint system• 811 Series cover plate system• Fireline® 520 fire barrier

Architect: Beyer Blinder Belle Architects Contractor: Turner Construction The Facility: World Trade Center - Towers 3 & 4 Inpro® Products Used: A total of 365 linear meters of standard Fireline 520® fire blanket in top-mount configuration. Joint widths varied from 76mm-609mm. Water Guard®blankets in bottom-mount and wall-to-wall mounts were also installed. 

ClientManchester University NHS Foundation Trust (MFT) Market SectorHealthcare The Project BriefWythenshawe Hospital is a major acute teaching hospital part of the Manchester University NHS Foundation Trust (MFT). Its area of specialisms includes cardiology and cardiothoracic surgery, heart and lung transplants as well as cancer and breast care services and supports patients from across the North West and beyond.During the upgrade of the Emergency Department (E.D) the team decided on both protection and preventative measures to ensure only the highest of standards were adhered to which were in line with the Hospital’s renowned reputation. The SolutionIntastop Ltd was chosen to supply and fit a range of protective products designed specifically to integrate seamlessly with the hospital aesthetics.They included Bed Head Protection, Hand Rails, Sanparrel® Wall Sheet and Corner Guards from the Inpro product range in addition to Intastop’s innovative I-Gienic Smooth Hygienic Sheet and Rigid Frame Guards. Impact protection sheet along with the other products installed at Wythenshawe Hospital boast a plethora of benefits including high impact resistance, Class ‘O’ Fire Rated; tested to BS476 Parts 6 & 7 and available in a variety of colours. Additional Benefits of Impact Protection SheetEnsures staff and patient safety in the event of a fire by maintaining fire integrity of the surface.Protects against localised damage.Maintains a clean, safe environmentAchieves colour contrast for critical surfaces to assist with visually impaired staff and patientsWhat the client saysMarcus Ashurst, project manager for the emergency department said“With a collaborative approach from the inception of the project through to completion, the Trust was mindful that the new emergency department operating 24 hours a day would require careful thought and consideration with regards to the finishes selected. With leading healthcare architects IBI plans were drafted with full engagement with the clinical teams to develop an extremely well-considered and effective design – fit for purpose.Working with Interserve, the principal supply chain partner appointed to construct the new development, Intastop were nominated to supply and install a fully comprehensive system of door and wall protection that would not only withstand and protect the built environment, but also enhance the aesthetics of the environment. The holistic approach taken and end result was indeed most satisfactory.”