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2010

1. ******************************** VTKSL acquires Verteka Limited system ********************************

1. Verteka expand party wall development to PSF columns (Feb 2010)

1. Verteka constructs third student residence project (Update Jan 2010)

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2009

1. PSF applications bring key solutions to London hospital project (Dec 09)

1. Latest project in London - 7 Storey Jumped Core - See the speed (Jul 09)

1. Berkeley Homes and Barratt Homes projects take PSF Benefits (Jun 09)

1. Verteka Increases Product Scope (Apr 09)

1. Verteka PSF gives lift to students in central London accommodation (Jan 09)

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2008

1. Verteka completes PSF installation for social housing project (UPDATE - Dec 08)

1. Verteka expands product range (Oct 08)

1. Major UK contractor achieves time and cost savings using Verteka PSF (Jun 08)

1. Verteka introduce panel based system (02 Apr 08)

1. Local Contractor promotes Verteka' s first PSF column application (11 Feb 08)

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2007

1. Verteka core system to be incorporated into RC frame structure (12 Dec 07)

1. South East property developer Henley Homes awards Verteka follow-on order (02 Nov 07)

1. Verteka PSF stair core and stairs included in West London project (04 Sep 07)

1. Data sheets now available for download

1. Verteka Website Revamped

1. 'Spotlight on Off-Site Wales' (17 May 07)

1. Verteka Selected for Tower Hamlets Residential Project (20 Mar 07)

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PSF applications bring key solutions to London hospital project (Dec 09)
17th December 09

Verteka PSF is being utilized by Getjar in constructing two structural party walls for Bam's Great Ormond Street Hospital Project in London.

Insulation (of 2 inch thickness) is being attached prior to positioning one of the walls -  enabling the PSF wall to be ultimately be positioned within 4 inches from the existing structure

The second wall (non-insulated) is positioned even closer to the existing structure – with only 2 inches clearance in some locations. 

Verteka PSF provides further construction benefits in that it satisfies the constraint that no load from the new build can be imparted on to the immediate existing structure.

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