Clowance Tree House Website Study Image Main Image
The Tree House Clowance Estate and County Club The Tree House Clowance Estate and County Club

The Tree House Clowance Estate and County Club

The Tree House Clowance Estate and County Club

Project: The Tree House, Clowance Estate
Main contractors: Blue Forest
Roofing contractors: Marnick Roofing
Waterproofing membrane: IKO Armourplan P

Home to an aristocratic Cornish family for five centuries, the Clowance Estate and Country Club, Cornwall is one of a kind. The Clowance Estate is set in 97 acres of magnificent landscaped parkland and beautiful woodland setting, some 20 minutes from both north and south Cornish coasts. It provides luxury holiday accommodation all year round.

Blue Forest has established a reputation as the world’s leading treehouse consultancy and are renowned for designing buildings that reflect the environment in which they are built. At Clowance, the team at Blue Forest were tasked with creating a two-bedroomed forest retreat consisting of approximately 70 m2 of raised self-contained accommodation plus external balcony and dining deck. The final design for the living area incorporated two main intersecting circular elements (one radius 2600mm and the other 3700mm) and one rectangular zone.

The Tree House is a new build holiday let set in the midst of a forest location and is adjacent to a lake. Its design juxtaposes modern materials and a bold sharp angular concept with the canopy and foliage of an established woodland.

505_110_FloorPlan

This striking concept demanded a roof covering not only meeting the high expectation regarding visual appearance (due to the degree of visibility accorded by the steepness of the slope) but also capable of seamlessly and robustly dealing with the various conical-to-conical and conical-to-dual pitch valley interfaces and curved fascia detail.

Traditionally, cedar shingles would have been specified. However, in […]

Premier Inn Website Case Study Main Image
Complete roofing and zinc solution from SIG D&T at Jersey Premier Inn Complete roofing and zinc solution from SIG D&T at Jersey Premier Inn

Complete roofing and zinc solution from SIG D&T at Jersey Premier Inn

Complete roofing and zinc solution from SIG D&T at Jersey Premier Inn

, , ,

Project: Premier Inn, Jersey
Roof membrane systems:
IKO Armourplan PSG PVC single ply 800m2
AH-25 liquid waterproofing detailing
Sedum green roof
FDT Rhenofol CGv PVC single ply 80m2
Installer: KA Bailey

Zinc cladding:
elZinc Rainbow Brown 1600m2
Installer: Boss Metals

Chartered building company: Camerons of Jersey

Travellers have another choice of modern, smart accommodation when they visit Jersey’s capital, with the opening of the island’s first Premier Inn in St Helier earlier this year. The four storey 91 room hotel, situated at the busy Charing Cross interchange near the town centre, features some distinctive external cladding in addition to a well-thought-out roof design.

SIG Design & Technology worked closely with Camerons, a 61-year-old Jersey-based chartered building company in the development of the new-build hotel’s roofing and cladding specification. SIG Design & Technology (SIG D&T) followed their eight-step design and build process, #perfectroof, from product selection and roof design expertise through to complete guarantees and planned maintenance.

Once the client brief was established, SIG D&T’s Specification Manager Christa Coe and Technical Support Manager Paul Jacobs worked together to develop the roofing specification.

Four roofing and cladding systems were selected. IKO’s Armourplan PSG system was chosen to waterproof 800 m2 of the main roof area.  Armourplan PSG is a glass tissue reinforced polyester fleece backed PVC membrane suitable for use in a wide range of single ply roofing applications on both flat and sloping roofs. Armourplan PSG offers enhanced mechanical properties over standard PVC membranes and is completely UV stable throughout.

Avonmouth Website Case Study Main Image
Church of St Andrew – hat-trick for heritage church refurbishment Church of St Andrew – hat-trick for heritage church refurbishment

Church of St Andrew – hat-trick for heritage church refurbishment

Church of St Andrew – hat-trick for heritage church refurbishment

,

Project: Church of St Andrew, Avonmouth
Architect: Innes Wilkin Architect
Roofing contractor: Urban Roof
Waterproofing membrane: IKO Armourplan PVC single ply
Zinc: elZinc Slate

First built in 1893, extended with a new nave building and tower in 1935, then bombed and burned out during World War Two. Finally, re-built in 1957. The church of St Andrew’s, at Avonmouth, near Bristol, has had a colourful history. The red stone building featured pitched roofing mostly in green-finished patina copper, dating back to 1957, but it had fallen into disrepair.

A key priority was refurbishing the roof of this prominent local landmark building.

Ian Hayward, SIG Design & Technology’s Specification Manager for South West England and South Wales, said: “SIG Design & Technology was chosen for this project because we can offer multiple product expertise including for flat roofs and metals with just one phone call, as well as our depth of knowledge of roofing design.

“We used an eight step process which we call #perfect roof which follows the process from product selection and roof design expertise through to full guarantees and planned maintenance.

“With the help of our roofing contractor, we were able to move quickly on this conservation project and the client was very pleased with the results.”

Three-part roofing challenge

Avonmouth Website Case Study Inset Image v2Exterior building works started in October 2017, replacing the church roofs and adding a new entrance foyer, as well as drains and toilets.

Architects Innes Wilkin needed a single point of expert contact […]

The General Case Study Website Main Image
The General – Iconic Bristol landmark takes shape, with help from Armourplan PSG The General – Iconic Bristol landmark takes shape, with help from Armourplan PSG

The General – Iconic Bristol landmark takes shape, with help from Armourplan PSG

The General – Iconic Bristol landmark takes shape, with help from Armourplan PSG

Project: Bristol General Hospital
Architect: City & Country
Main contactor: City & Country
Roofing contractor: Roofworx
Waterproofing membrane: IKO Armourplan PVC

Standing in a prominent position overlooking the city’s Harbourside, the former Bristol General Hospital is an iconic and long-admired building.

The Grade II listed site in Lower Guinea Street is now being redeveloped as 205 luxury apartments and houses with between one and four bedrooms, giving the former hospital – which first opened in 1832 – a new purpose.

City & Country, which specialises in the redevelopment of heritage properties, was granted planning permission for their residential scheme on the condition that they could recreate a key feature of the Bristol General which was once highly visible from miles around.

The distinctive Ogee Dome which once capped the unique 25 metre octagonal tower in the south west corner of the building was destroyed during World War Two bombing, in which other parts of the hospital were also heavily damaged. The challenge for the contractors was to painstakingly recreate the dome, with the replica forming part of plans to return the building to its original exterior design of 1853.

The General Case Study Website Inset Image 2

Modern materials were employed in the quest to recreate part of Bristol’s heritage. SIG Design & Technology supplied IKO’s Armourplan PSG membrane because it fitted the bill perfectly as the roof covering was ideal for replicating the original seamed lead roof.

Recreating the dome required the employment of skilled carpenters to build a structure 10 metres wide by nine metres high and weighing over 16 tonnes once completed.

The challenge facing […]

DCIM100MEDIA
SIG successful in CIF funding bid for  St. John’s School SIG successful in CIF funding bid for  St. John’s School

SIG successful in CIF funding bid for St. John’s School

SIG successful in CIF funding bid for St. John’s School

,

Project: St John’s School
Surveyors: Thornton Firkin
Roofing contractors: Dufell Roofing
Membrane: SIGnature Torch-On System

SIG Design & Technology used their know how and professional expertise to secure the government’s Condition Improvement Funding (CIF) for roof repairs to a 1740m2 project at St John’s School, Bishop Auckland. The school had previously been successful in accessing a lottery grant to refurbish their internal sports facilities but a CIF bid in 2015/16 had been turned down.

Built some 50+ years ago, the school’s original roof system had come to the end of its useful working life and persistent water ingress was a significant problem.

The school had learned how SIG was successful in developing CIF applications and so D&T’s national specification manager for bituminous membranes, Ian Dryden was called in to undertake a full roof survey will would provide the major justification for the much sought-after 2016/17 funding.

Working alongside surveyors, Thornton Firkin, he also developed a detailed project specification. The surveying practice went on to submit the bid to CIF’s panel, which was successful and included sufficient funding to allow for an acoustically insulated ceiling to be installed above the swimming pool.

SIG designed the roof, which was complex in parts, to comprise a mix of complementary interfacing products comprising the SIGnature bituminous roofing system, Armourplan single-ply PVC membrane and Steadman’s composite panels.

SIG’s specific documentation was also submitted as tender information to four contractors to enable the school to secure best value. SIG accredited contractors, Dufell Roofing Contractors of Darlington County Durham were appointed. 

Gym Hall &  Changing Rooms
The roof deck to the 900m2 Gym Hall & Changing Rooms was deemed fragile and to contain asbestos. Dufell who are licensed handlers of asbestos removed the deck using […]

Bournemouth Oceanarium Case Study Main Image 1
Armourplan the natural choice at Bournemouth Oceanarium Armourplan the natural choice at Bournemouth Oceanarium

Armourplan the natural choice at Bournemouth Oceanarium

Armourplan the natural choice at Bournemouth Oceanarium

Project:  Bournemouth Oceanarium
Architect: RLM Architects
Main contractors: Brymor Construction
Roofing contractors: Excel Roofing
Waterproofing membrane: IKO Armourplan SG

Conservation is at the heart of a £1.5million extension to Bournemouth Oceanarium. The new Penguin Beach Encounter forms the centrepiece of the extension, a two storey building housing the latest Oceanarium residents, ten Humboldt Penguins which are considered to be a very vulnerable species. Their brand new custom-built exhibit was specifically designed to replicate the birds’ natural habitat with a deep pool, beach, rockery and nesting boxes.

IKO Polymeric, SIG Design & Technology, and Excel Roofing Services have collaborated to design, supply and install 250m2 of single ply roofing for the new kiosk, glass covered beach walkways and stores.

Five years in the planning, this custom-built exhibit is the biggest building project at the attraction since it opened in 1998 and has increased the size of the aquarium by one third.

Room-with-a-View-for-Penguins“The new roof’s aesthetics had to look good from all angles as the Oceanarium sits on the beachfront and is also visible from the Promenade above so both mid grey and slate grey membranes were used; mid where is could be seen from above and slate grey where it could be seen from below,” explains Andy Coles, IKO Polymeric’s senior field engineer. “Our Armourplan PVC single ply membrane is UK manufactured in a wide selection of colours so it was a clear contender for the project which needed to complement the existing building’s roof.”

IKO polymer was also used for interfacing to existing GRP and to bond to the steel frame. Slate Grey and Mid Grey were chosen to […]

Fast Track Roofing: Ocado Fulfillment Centre Kent
Collaboration completes Ocado Fulfillment Centre roof in four months Collaboration completes Ocado Fulfillment Centre roof in four months

Collaboration completes Ocado Fulfillment Centre roof in four months

Collaboration completes Ocado Fulfillment Centre roof in four months

Project:  Ocado fulfilment centre
Client: Ocado
Roofing contractor: FK Group
Waterproofing membrane: IKO Armourplan PVC

In less than four months, SIG Design & Technology, IKO Polymeric and FK Group have completed a 48,000m2 roofing project for one of the biggest online grocery centres in the world. An incredibly tight programme minimised material waste and time on site, thanks to a number of innovations developed specifically for the project by the three businesses working collaboratively.

The new fulfilment centre for premium British online supermarket, Ocado is based in Erith Kent, and will be operational in 2017. It will handle 200,000 orders a week and represents £185 million of investment in the locality.

The project started in September 2015 and was completed in December, a very short construction programme for the large scale roofing project.

IKO Polymeric, the UK’s only single ply manufacturer, developed several innovative solutions to complete the job while minimising waste of roofing products, both in manufacture and on site.

Steve Hall, Managing Director of full building envelope contractor, FK Group, comments: “IKO Polymeric demonstrated its usual proactive approach with innovations such as the manufacture of bespoke roll lengths and specific membrane overlap positioning which allowed significant efficiencies to be achieved on site.”

Standard length membrane is typically 20 linear metres which then has to be cut or extended (by fixing on additional sections) to fit the required dimensions. IKO Polymeric manufactured its Armourplan PVC single ply membrane in bespoke rolls of 22.35, 19.20 and 8.00 linear metres to reduce both waste and installation time for this project.

Another first was manufacturing half of the rolls with the membrane overlap positioned on the opposite side to the other half of the rolls. This […]

Waldegrave School Website Case Study Main Image
Reducing costs and risk on school roofing project Reducing costs and risk on school roofing project

Reducing costs and risk on school roofing project

Reducing costs and risk on school roofing project

Project: School for girls
Address: Twickenham
Contractor: Wates Construction
Roofing contractors: Tilbury Contracts Limited
Waterproofing membrane: IKO Armourplan P

The project
As competition for schools construction projects remains high and costs are driven down, the need to meet standards of robustness, energy efficiency and acoustic performance become more challenging.

Our clients, WATES undertook a major building programme at a girls’ school in London. Part of the Priority Schools Building Programme (PSBP) and this legacy project included a new dedicated sixth form building, new sports hall and dining room. Cost effectiveness was paramount and the school remained open throughout the project.

Together, the four roofs on the project, totalling over 2000m2 required two different finishes from IKO, three different build- ups and, crucially, one single Labour and Materials Warrantee to cover all four under our PI Insurance.

The four roofs

  1. The Sports Hall Roof would be built on a metal deck and was to have PV installed which requires regular maintenance. Without a ceiling, to save in cost the roof still had to comply with the latest acoustic regulations on rain noise (aka BB93) and reverberation, for both noisy sports and exams.
  2. The Dining Hall Roof would also be built on a metal deck creating acoustic issues but with no PV or roof mounted plant so without regular traffic.
  3. The Changing Rooms Roof was to be built on flat concrete planks with roof-mounted plant, so needed to be robust to withstand regular foot traffic.
  4. The 6th Form Block Roof was also on flat concrete planks but with only a little plant, so less need for frequent traffic.

SIG Design & Technology, as a supplier rather than manufacturer, were able to offer impartial, unbiased advice for each roof, thereby delivering […]

Arnold Hill Website Case Study Main Image
A common purpose at Arnold Hill Academy A common purpose at Arnold Hill Academy

A common purpose at Arnold Hill Academy

A common purpose at Arnold Hill Academy

Project:  Arnold Hill Academy
Client: Arnold Hill Academy and the Education Funding Agency
Architect: IID Architects
Contractor: Wates Construction
Roofing contractors: Advanced Roofing
Waterproofing membrane: IKO Armourplan P

The project

The £14m Arnold Hill Academy is part of the Priority School Building Programme (PSBP) and is being constructed adjacent to the existing school in Nottingham, which will thereafter be demolished. The new Academy’s 3,570m2 flat roof covers 8,200m2 of replacement teaching space, science labs, an indoor sports hall and a drama studio.

Challenge

SIG Design & Technology became involved in this project as part of their Roofing Design Services Partnership, whereby they are mandated under a bespoke framework agreement to find the most cost effective and robust flat roof solution for projects across the Wates Group. SIG Design & Technology then work closely with Wates and their consultants and subcontractors to deliver full and impartial design and specification services, monitor accredited contractors and supply a single point guarantee.

In this case the new three-storey academy building was to be constructed using Wates’ ADAPT. The short programme called for the roof package to be completed early as part of the project critical path to ensure early weather tightness and support the progress of other trades.

In addition, as part of PSBP requirements, the roof to the sports hall, main hall and activity studio were required to comply with the 2015 performance standards of Building Bulletin 93 (BB93) in terms of rain noise and reverberation.

The Roof Construction – approaches and achievements

Arnold Hill Website Case Study Inset ImageThe combination of concrete plank and deep profile metal deck chosen for the design of the Academy suggested a single […]

Play Alloa case study website image
SIG Design & Technology provides materials for #ourweebigbuild charity project SIG Design & Technology provides materials for #ourweebigbuild charity project

SIG Design & Technology provides materials for #ourweebigbuild charity project

SIG Design & Technology provides materials for #ourweebigbuild charity project

Project:  Play room for Scottish children’s charity
Address: Alloa, Clackmannanshire
Product:  Armourplan SG fleece-backed PVC
Client: Play Alloa
Architect:  Lawrie Orr

SIG Design & Technology has lent its support to the building of a purpose-built play room for the Scottish Children’s charity, Play Alloa.  Part of SIG UK Exteriors, SIG Design & Technology has supplied roofing materials and technical support free of charge to Play Alloa’s #ourweebigbuild project.

After two decades of sterling work within Clackmannanshire providing play and social opportunities together with additional support for children and adults with disabilities, Play Alloa has finally moved into its very own premises.

The new building, which is in Broad Street Alloa, has a huge rear garden where three flatlets have been knocked through to create a flexible, flowing space including a large purpose built games room.

Chartered architect, Lawrie Orr of Alloa developed a generic specification for the 85m2 bonded, warm roof build up in a RAL 7015 finish and said that working with SIG Design & Technology made the process very straightforward.

SIG Design & Technology selected IKO’s Armourplan SG PVC membrane in slate grey (RAL 7015) as the fleece backed single ply is supplied in 2m widths which minimises hot welding on site without naked flames. The roof build up also comprises Recticel tissue faced insulation (mechanically fixed) and a PE VCL layer. SIG Design & Technology also supplied standing seam profiles to create a water check, preventing wind-driven rain being blown off the roof and onto building users.

To comply with regulations, Design & Technology’s technical team checked local wind zones against wind uplift calculations (to meet BS EN 1991-1-1-4) and supplied wind load […]