Project: Edgbaston County Cricket Ground Category: Stadium & Arena Products: SFS lightweight steel framing Scale: £30 million stadium development Client: Warwickshire County Cricket Club Contractor: Galliford Try Installer: ISEC Interior Systems Metsec lightweight steel framing products have been used on the new stand at Edgbaston County Cricket Ground to create accommodation for catering facilities … Read more

Project: Stoke and Derby Building Schools for the Future Category: Education Products: SFS lightweight steel framing Scale: £145 million project for 11 new SEN and secondary schools Client: Local Authorities Contractor: Balfour Beatty When Balfour Beatty was appointed to undertake the complete planning, design and construction of eleven schools under the Building Schools for the … Read more

Metsec’s steel framing system (SFS) has been used to provide the exterior framework – infill and parapet – for a new Mental Health Unit at Goodmayes Hospital in Ilford. Project: Goodmayes Hospital Mental Health Unit, Ilford Category: Healthcare Products: SFS lightweight steel framing Scale: 2-storey healthcare unit costing £28million. Client: North East London Foundation Trust … Read more

Project: South Acton Housing Estate, London Category: Housing and Residential Accommodation Products: SFS lightweight steel framing Scale: 5 to 10 storey residential buildings providing in excess of 250 new homes. 7500m2 of 100mm stud and track framework installed. Client: Catalyst Housing Association Architect: PRP Contractor: Willmott Dixon Housing Structural Engineer: Tully D’Eath Installer: BR Hodgson Metsec … Read more

Project: Hertford Regional College, Broxbourne Category: Education Products: SFS lightweight steel framing Scale: £41million development. 9,100m2 building, using 4700m2 of 150M12 SFS in-fill walling. Architect: Bond Bryan Contractor: Morgan Sindall Project manager: GVA Grimley Installer: Quad Building Services (Southern) Ltd. Metsec’s lightweight galvanised steel framing system (SFS) infill walling has been used to construct the external … Read more