The Essentials of How Interior Waterproofing Works

Mar 2, 2023

The cost of this repair is one of the homeowner’s biggest nightmares. Suppose you want to avoid this type of scenario on your property. In that case, the first turn on the road is to decide between waterproofing for the exterior or interior.

Methods for interior waterproofing, internal waterproofing techniques are intended to remove water from inside your basement. No excavation on the property is needed to set this system up. However, indoor waterproofing has its limitations. If you compare it to external waterproofing methods, indoor waterproofing can also provide cost savings.

This article will explore how interior waterproofing works. We also examine the differences between internal and exterior waterproofing techniques to help you understand the options available.

The Process of Interior Waterproofing

Let’s look at the significant components of interior waterproofing and its importance of it:

The Trench and Weeping Tile Network

When the leaky walls of your basement get identified, a trench is created to the side of these walls to place 4″ weeping tiles. The weeping tile system gets designed to run directly to the sump pit and an established storm sewer. In this way, any leaks that pass across the border get snared by the weeping tiles, and the water gets channeled in the right direction.

The Sump Pump

If a storm drain gets installed, the tile network could get directed towards it. If there is no storm sewer for waterproofing, the interior and sump pumps get put in a well-placed sump pit. Usually, this pit gets located at the bottom of the basement.

The sump pump is more than redirecting the water that seeps through the troublesome walls. The sump pit can also capture the water accumulating around the foundation and send it out through the discharge pipe to the outside of your house. That can help to ensure that your foundation remains in good shape.

The Waterproof Membrane

The waterproof membrane is the layer that keeps the basement clean. It also prevents leaks from increasing the humidity within the room. It also acts as a vapor barrier that extends from the ceiling to the top of the trench, where the tile that weeps get placed.

How to DIY Waterproofing Techniques Aren’t as Effective

Interior waterproofing could be like some DIY methods, like applying a coating inside the wall using paint or waterproof sprays. But it’s different from the long-lasting waterproofing membrane professionals use for interior waterproofing. In reality, many DIY products only last for a short period.

If done by a trained expert, indoor waterproofing can effectively drain water away through its weeping tile system and the sump pump. This system ensures the foundation is dry since the sump pump controls high water tables and accumulated groundwater. A professional interior waterproofing system is capable of reducing the hydrostatic pressure that gets exerted on concrete. This waterproofing method can stop the clay soil from expanding and pushing on the foundation’s wall.

Professional Interior Waterproofing Methods You Can Count On

Ottawa Plumbing Services is one of the most trusted waterproofing companies in Ottawa. Over the years, we have offered innovative, efficient, thorough, and effective waterproofing solutions for all homes. We can assess your property’s waterproofing requirements and provide the appropriate, most suitable solutions that are best for you, whether it’s applying exterior or internal waterproofing techniques. Contact us at (613) 317-1682 or email us at info@ottawaplumbingservice.com if you have any additional inquiries or would like to take advantage of our in-home consultation.

Related posts

The Benefits of Installing Sump Pumps in Ottawa Homes

The Benefits of Installing Sump Pumps in Ottawa Homes

Sump pumps are essential devices for homeowners in Ottawa, particularly in areas prone to heavy rainfall, melting snow, and potential flooding. These pumps are installed in the basement or crawlspace and help prevent water damage by pumping excess water out of the...

read more