Wall Chasing

Floor and wall chasing is often associated with mechanical & electrical trades where channels are formed within the base material to accommodate conduits and pipe work. The channels known as chases are widely used throughout the construction industry as they are a quick and cost effective way of hiding the services within the fabric of the building.


The chase is formed using a vacuum controlled double-headed chasing grinder with two diamond blades fitted. A vacuum collects the dust before it escapes into the surrounding environment.

WallChasing by Concrete Cutting Sydney

Two slots are cut to a precise width and depth and the concrete is removed between the slots using a hammer drill or small electric breaker.  Typical chases are generally broken down into two elements single and double i.e. 25 x 25 mm and 50 x 25 mm.


Experience Counts:

Wall chasing is a perfect solution for numerous commercial, retail and industrial applications including factories, shops, offices, hotels and more that minimises disruption to occupiers of the premises. Concrete Cutting Sydney technicians have provided this wall and floor chasing service to many large companies either directly or as a dedicated contractor for medium to large construction companies.

Concrete Cutting Sydney technicians can chase in all types of brickwork and structures including rendered and plastered surfaces, concrete and screeds. In addition, we can undertake the cutting of tuck-in for lead and asphalt.  

Inaccurate wall chasing can cause various problems and imperfections in the job. It is imperative that all floor and wall chasing works are carried out by experienced professional contractors. Concrete Cutting Sydney is one of the best known concrete cutting and core drilling contractors in Sydney Metropolitan area. Concrete Cutting Sydney has accumulated over 20 years of wall and floor chasing expertise, and Concrete Cutting Sydney technicians take complete care of chasing works from start to finish to insure a complete customer satisfaction.