"armstrong"

As the oldest building on Newcastle University's campus, The Armstrong Building has an iconic status. Grade II listed and steeped in history. A setting perfect for the Westfield Yorkstone, which was supplied to this project in the form of both paving and setts, in a multitude of plan sizes.

Queen’s University is a member of the Russell Group, and one of the United Kingdom and Ireland’s leading universities which continues to shape and serve the world through research and teaching. Based in the heart of Belfast, Queen’s University is committed to enhancing its historic campus and the surrounding conservation area while providing 21st century facilities for education and research.With the entrance atrium combining various double and triple-height spaces over different floors, Armstrong METAL Cellio was the perfect choice to provide a sleek contemporary ceiling that connected and unified these spaces into one recognisable volume, with a sense of lightness and transparency.HERADESIGN® was used throughout the building as a recognisable and repeated element that provided good acoustic performance with texture and pattern. From a wall and ceiling installation highlighting the reception area, to acoustic absorption on the walls in meeting rooms and subtle black hanging baffles in a bar space.

Aberfoyle Primary School – Stirling, ScotlandProduct: Denver Timber Cycle ShelterSize: 6.2m x 1.6mTimber Frame Stain Colour: Light OakContractor: AKP Scotland Ltd.Architect: Wardell ArmstrongInstallation Date: May 2021The BriefAKP Scotland Ltd. are an award-winning principal contractor based in South Lanarkshire, Scotland. They were working on a project at Aberfoyle Primary School in Stirling which required a complete refurbishment of their stunning gothic style, 151-year-old listed building.Part of the project included the requirement for a cycle shelter within the school’s nursery playground. The Architects, Wardell Armstrong specified our Denver Timber Cycle Shelter in the setting out drawings, which were then sent to us to us an invitation to tender by AKP Scotland Ltd.The Solution Because the product had already been specified, this was a simple case of sending over our costs for the size required which was 6.2m x 1.6m.The Denver is constructed from stunning curved Glulam timber beams which are manufactured by gluing together laminates of timber under pressure and heat that are then perfectly planed. The resulting beams are strong, stable, and corrosion proof with significant advantages over structural steel and concrete.This makes the Denver Timber Cycle Shelter a great choice for this project; because the school building was a very old, listed building, the aesthetics of a curved timber structure would fit in perfectly, keeping a traditional, natural appearance.The Installation An order was placed in December 2020 with the installation planned for May 2021 as set out in the contractors’ building programme. The contractor installed a concrete base and the installation of the shelter went ahead as scheduled on 24-26th May 2021, taking just two days to install.The contractor supplied and installed the cycle hoops themselves once we had left site.The end result is a striking curved timber cycle shelter that fits in flawlessly with the recently refurbished Early Year’s playground area, finishing the project off perfectly.

Improve the Student and Staff Experience at LSEThe new building, which opened its doors in January 2022, demonstrates the School’s ambition to create a world class estate and university quarter in the heart of London. Designed by Dublin-based Grafton Architects, the large, multi-purpose building occupies a pivotal position at the southern corner of Lincoln’s Inn Fields. The Marshall Building is LSE’s largest building with ten storeys plus two basement levels. It accommodates the Departments of Accounting, Finance and Management, as well as the Marshall Institute of Philanthropy and Social Enterprise, the Systemic Risk Centre and the Financial Markets Group.HERADESIGN® Fine and HERADESIGN® Superfine were chosen for its acoustic performance, aesthetics, economy and low carbon. The impact resistant type was also specified for the sports areas. Alongside, Armstrong METAL R-H 200 panels provide a sophisticated open and contemporary look. They were chosen for areas where more service access was required but where a consistent aesthetic was also important. The metal panels were also used as ‘floating canopies’ so a high perimeter was specified to give a finished look at all sides.

The Priscilla Bacon Lodge in Norfolk is a new £12.5 million hospice that will provide state-of-the-art palliative care for 24 patients alongside day care facilities, a wellness centre, gym and community hub for those being cared for at home. It will also be used for education and research into palliative and end-of-life care. The facility, designed by LSI Architects and delivered by Morgan Sindall Construction, features both traditional masonry cavity walls, and a masonry rainscreen façade.  Meeting the brief At just two stories high, the building doesn’t fall under building regulations that ban combustible materials in the wall build-up. But even so, combustibility was a key factor when it came to specifying the insulation. Jordan Armstrong, Associate at LSI Architects explained: “As a practice we always try to minimise fire risk, especially for a project like The Priscilla Bacon Lodge, which will house extremely vulnerable people. So, it was essential that the materials we used were non-combustible, which meant mineral wool insulation was the only solution. “We regularly use Knauf Insulation products, so we specified DriTherm® Cavity Slab 32 for the cavity walls because it’s a high-performing glass mineral wool insulation that we expected could meet our required 0.16 W/m2K U-value. We were also keen to specify their Rocksilk® RainScreen Slab for partially filled cavity walls because then we would have one manufacturer for the whole build, and we think the products will work well together.” DriTherm® Cavity Slab 32 is full-fill insulation solution with a thermal conductivity of 0.032W/mK. While Rocksilk® RainScreen Slab for partially filled cavity walls is a rock mineral wool product with a thermal conductivity of 0.034W/mK. Both products are BBA certified for the application. In addition to non-combustibility and thermal performance, both products also offer sound reduction characteristics. Ease of installation Both DriTherm® Cavity Slab 32 and Rocksilk® RainScreen Slab contain a water repellent additive that preserves the integrity of the slabs while they are exposed during construction.  The products are also designed to be easy to install correctly. They are sized to suit standard centres for installation between wall ties or brick restraint systems. Slabs are robust so they can be manoeuvred into place while maintaining the flexibility required to adapt to minor imperfections in the substrate to prevent gaps that reduce thermal, fire and acoustic performance.  Lastly, they are both manufactured using ECOSE® Technology, Knauf Insulation’s unique bio-based binder, which contains no added formaldehyde or phenol. It is made from natural raw materials that are rapidly renewable, and is 70% less energy-intensive to manufacture than traditional binders, so it is more environmentally friendly. The product is soft to touch, easy to handle, and generates low levels of dust and VOCs. So, when it came to specifying the insulation for the Priscilla Bacon Lodge, Knauf Insulation’s DriTherm® Cavity Slab 32 and Rocksilk® RainScreen Slab for partially filled cavity walls ticked all the boxes.