Fit load bearing beams and structures

The Best Load Bearing Beams & Structure Fitters in Western Australia

Removal and fitting of load bearing walls and beams is not anybody’s task. There are specified service providers having teams of trained and qualified specialists having the requisite qualification, authorisation and experience to remove and load bearing beams and structures by sticking to set norms, rules & regulations.

Thus, if you are looking forward to removal or refitting of load bearing walls and structures, you must put stakes on services that are qualified to do so. If you are in Western Australia, ABC Wall Removers is the most qualified name to put stakes in. With 35 years of experience and some of the most qualified and knowledgeable experts, offering perfect and safe load bearing beams & structure removal and fitting service.

How our Load Bearing Beams & Structure Fitting Works?

Thanks to over 3 decades of experience and in-depth knowledge of our experts, we are able to ascertain whether or not a beam or structure is load bearing or not. We also ascertain whether there is any electrical work on the structures. If the beam is load bearing, then to remove and fit the beam and the structure, our experts will use all the skills of a trusted and qualified engineer.

Our experts would inspect your home and thoroughly go through the plans you have obtained from the council. Accordingly, they will come up with the latest and safety methods of removing and fitting load bearing beams and structures. They will ensure the structural integrity of your property during the intermittent period between removal and refitting.

Often the process we follow would include inserting extra studs and bracing to the adjoining structure.

We will also take care about:

Powerpoints
Neighbours
Floor and ceiling
Certificate provided by the engineer…

Apart from the structural integrity of your home.

Call us NOW

Do not delay then. Call us to fix an appointment and book our service. Our write to us to get an online free quote.