Roof Waterproof Coating

Mainly, there are two types of waterproofing. One protective waterproof coating is for new buildings; another is for corrective reinforcement. water-proof coating for the existing building leakage issue. In protective waterproofing at new buildings, we use the following methods: terrace cementetious elastomeric waterproof coating, sunken waterproofing, tile epoxy grouting at rest rooms, and cool roof tile grouting. Apart from that, we need to conduct pre- and post-ponding tests by retaining water at terraces and sunken areas. If we find any leakage, we will use pressure injection grouting using PU, epoxy, and cementitious material.

Sometimes we use the brickbat couba method, crystalline method, bitumen mineral sheet, or PVC membrane for protective waterproofing.

Texel Waterproofing.

We use glass fibre mesh for reinforcement waterproofing on weak terraces. Existing cracks are being plugged with NS grout and polimers. UV-resistant epoxy tile grouting on cool Roof tile area where epoxy is being damaged by external weather conditions. Meanwhile, bathroom tile epoxy and ordinary core packing are also getting damaged because harsh chemicals are being used to clean toilets. Roof or terrace waterproof coating is a crucial process that involves the application of protective materials to prevent water infiltration and leakage through the roof structure. Moreover, it serves as a proactive measure against potential damages caused by rain, snow, or other forms of moisture. However, the primary objective of waterproofing is to create an impermeable barrier on the roof’s surface, ensuring its durability and longevity. 

Various techniques are employed for this purpose, such as liquid-applied membranes, tar felt membranes, APP membranes, PVC membranes, PU water-proof coatings, acrylic waterproof coatings, asphalt-based coatings, synthetic rubber sheets, and fibre glass mesh used as reinforcement. water-proof coating. In the meantime, these materials are carefully selected based on their ability to resist water penetration while accommodating structural movements in different weather conditions. Additionally, proper surface preparation plays a vital role in achieving effective waterproofing results; it includes cleaning debris, repairing cracks, and repairing damaged areas before applying the chosen waterproofing solution.