Gallery of recent Liquid Screed Work

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CC / Viyella - Swansea

Surveying the site after screeding to check the surface regularity. SR1 requires no more than 3mm deviation along a 3m length and this photograph shows that good preparation pays off as we cannot insert a 1mm plastic packer at any point. In fact over the total area of 240m2 there is only 2.4mm deviation from end-to-end.

Another shot of post screeding survey to establish and record the deviation that far exceeds the requirements of SR1

Checking the door clearance - 12mm was required between the screed and the bottom of the door to allow for the floor covering. A sheet of 12mm ply was used to ensure that the clearance was correct across the full door opening, and that no high spots were present.

An outside shot of the development, prior to occupation. The premises after the client has moved in. The completed store - internal view.

Other Commercial and Industrial Developments

Liquid screed floor, prior to dappling, of a new fast food outlet under construction.

Outside view of new fast food outlet that was screeded in less than one day.

A new church being built, utilising the latest technology with underfloor heating and liquid screed.

The screeded floor, after dappling, of the church. The finished, and furnished, church project on a first-floor beam and block sub-floor. Exterior view of the new church that makes good use of both ground floor and first floor areas and has a lift for easy access to the first floor.

Extension to a youth camp under construction shortly before screeding. Exterior of the nearly completed camp comprising of kitchen and dining facilities, main hall, dormitories and shower rooms. Mainly a single floor building with a lower ground floor visible on the left. The main hall / dining area with the servery at the rear. Under floor heating was used throughout with heating provided by a ground source heat pump.

The completed project with footpaths and landscaping. Surveying an industrial unit floor that needs restoration and repair by means of re-screeding.

Residential Developments

Pumping liquid screed over a low height underfloor heating system (MAX4)

A contemporary design incorporating modern technology including a ground source heat pump, underfloor heating and pumped liquid screeds.

This new build blends with existing properties from the outside while utilising modern developments in the build. Underfloor heating and liquid screed are used throughout.

A prestigious London development where liquid screeds can reduce build time due to the speed of application. A view, prior to screeding, of an OSMA "Pocket" system, where the heating pipe is contained within the insulation layer, permitting a reduced screed depth. A basement extension using a Delta - MS waterproof membrane tanking system.

Screeding a basement through a light well using a pumped liquid screed, as the only practical method of transporting screed through an existing property with no mess or damage. Another semi-basement project where the only viable option is to use a pumped screed due to limited access. An original design educational facility for Hadlow College built to a high standard using both traditional and modern materials, from timber clad walls to liquid screed floors.

School classroom refurbishment with an installation of low-height underfloor heating being prepared for a liquid screed pump. A period property sympathetically extended and upgraded. Access restrictions are easily overcome using pumped screed. The finished floor screed in the new extension.