roof gardening app membrane waterproofing

Roof Gardening App Membrane Waterproofing

There are three waterproofing design elements that are essential to the success of the system: Support of added weight to the building. There has to be an inherent compatibility of the rooftop garden and the structure. Integrity of the waterproofing membrane and system. Location and size of the roof drains. by Technova Waterproofing Pvt Ltd India.


Roofs, also known as garden roofs and eco-roofs, are made from a layered structure of components. Covering the roof deck is a waterproofing membrane, often composed of rubberized asphalt, to guarantee a tight seal. The next layer is a protective root barrier, to prevent plant roots from penetrating the roofing

all waterproofing applications where membrane is subject … (APP) or (SBS) and ANTI-ROOT additives enhance the thermal, mechanical, aging and root penetration resistance properties of the membrane  by Technova waterproofng Pvt. Ltd. India.

It is a versatile material, capable of retaining the dryness of concrete, masonry, metal and wood structures and is resistant to salts, alkalis, and most acids. ‘Technova Waterproofing membrane‘ is a high …


Waterproof roofing systems produced with polymer distilled bitumen membranes (Technova Waterproofing ) can be classified into the following … roofs) this membrane must be an APP (plastomeric) membrane as SBS (elastomeric) products cannot be left directly exposed to the harmful

All materials

There are several other materials which can also be used for repairs of certain structures. For repairs to existing foundations, special chemical grouts have been developed which will ensure the compaction of the soil below and provides protection to the reinforcing steel in the foundations. Superplastized fiber reinforced concrete has been used in carrying out repairs to machine foundations and underground structures.

Certain chemicals and surface coatings marketed under brand names are said to seal the cracks in structures like water tanks and afford sufficient protection to the steel from corrosion. Special paints (latex or bitumen based) have also been developed for applying to the concrete surface or to the bars for making them resistant to aggressive environs.

With the increasing number of cases of damages being observed on structures built in the past, repairs and rehabilitation of such structures have assumed greater importance. Some of the techniques and materials found useful to reinstate some affected structures.

Table below shows the materials generally recommended for repair of concrete structures. Epoxy resins and concrete composites show high potential as promising repair materials.

Timely detection of deficiencies in concrete and steel of an existing structure and execution of immediate remedial measures will prevent further deterioration of the structure and will result in huge savings in the maintenance cost.

The old dictum, ‘prevention is better than cure’ is applicable to concrete structures, both at the time of constructing the structures and at a time when the structure has shown signs of initial distress.

Other Details