Tanking membrane is a form of waterproofing where sheets of water-proof material are applied to walls and floors either above or below ground in order to prevent water ingress.
Tanking membrane is most commonly used to either protect properties against penetrating damp, or as part of a cavity drainage system. If you are looking to waterproof a room, basement or cellar in your home, then contacting our specialist waterproofing surveyors will enable them to determine if installing tanking membrane will solve your damp problems.
Leaking basements and cellars are prime candidates for tanking membrane solutions. Once the membrane has been fixed to the wall then it will remain in place effectively keeping out water for the remaining lifespan of the property, as long as it is not disturbed or punctured by drilling or attaching fixings to the wall.
Tanking membrane can easily be plastered or boarded over allowing you to renovate your now dry basement or cellar in any way you wish.
The water-proof sheets of tanking membranes are made out of high performance polyethylene or polypropylene. These materials not only resist water ingress, but are also resistant to chemicals and temperature extremes meaning that, once installed, the membrane will retain its efficacy allowing you to forget about your damp problems.
The damp proof membrane sheet is formed with a series of studs which are designed to create a continuous air gap behind the membrane and to provide a channel for water removal to a drainage system under the floor.
Once our technicians prepare the surface by removing old damp affected plaster and salts, then they can begin cutting the sheets of membrane to size. The basement waterproofing membrane mm thickness, mm stud depth, and density required will be assessed by our technical and structural waterproofing specialists
For the tanking membrane to be an effective barrier to water ingress and water damage, every precaution must be taken to ensure that the tanking membrane is carefully and completely sealed off.
The membrane is fixed to the wall using plaster plugs. If the wall is below ground or contains moisture then we will use seals to ensure there can be no water ingress around the plug.
Once applied, the wall can then be plastered or boarded over to easily begin renovating or decorating the room.
If the membrane is being installed as part of a cavity wall drainage system then we will also install suitable drainage channels around the perimeter of the room to ensure that any water is filtered out of the property.
Choosing our waterproofing team to install your tanking membrane means that you will enjoy:
Perhaps the biggest advantage of using waterproof membranes is that they are not susceptible to cracking under the strain of external hydrostatic pressure. This is a common problem faced by traditional forms of wall waterproofing like cementitious tanking. Peter Cox often find ourselves recommending a structural waterproof membrane system when a cementitious tanking system fails.
Additionally, a structural waterproof membrane is unlikely to be affected by vibrations from nearby roads, railways or undergrounds.
If you are planning to convert a domestic basement or cellar to function as a new room in the home, waterproofing membranes can have plaster applied directly onto them or be dry lined. This means the waterproofing systems protecting your basement are completely integrated into your domestic fixtures and fittings.
If you would like our waterproofing experts to survey your property and determine if installing tanking membrane solutions would be the best and most effective solution to your damp problems give us a call or simply make an online enquiry using the button below and our team will get back to you.
Find out what to expect when our specialist visits your property.
*Survey enquiries for your local branch will be directed to our dedicated central survey control teams across the UK. Calls to 0800 and 0808 numbers are free unless you are calling from a business phone, in which case the rate will be set by your provider.