Bench footing Toronto is used to make more space in homes. People are used to the traditional options of basement lowering. And bench footing is one of the traditional methods for getting more space out of your basement at a lower cost. Bench footing is a process through which you may diminish the cellar and provide additional structural support to the foundation. There’s no need to dig beneath the foundation to provide extra height to the basement.
Basement contractors will design and create a perimeter around the inside of the basement walls. They’ll then dig up to the desired thickness around the base.
After completing the digging process, the basement contractors will construct new footings that extend deeper than the thickness of the new flooring. Once the new walls extend up into the first basement depth, they will cover it with concrete.
The final effect will be as if the home has a concrete bench extending along the foundation wall. Therefore, it provides a ‘benching effect’ and extra support to the foundation.
Make sure you assess preliminary matters such as the following:
Not all houses are suitable for bench footing, which makes it essential to rely on the knowledge and expertise of the professionals. At Aquatech Waterproofing, we understand the intricacies of bench footing and its impact on the construction of your home. With our extensive experience and commitment to quality, we ensure that every bench footing project is executed with precision and care.
Bench footing is a proven and efficient method for basement lowering in Toronto, but it requires the right approach to prevent any future damage to your home. By choosing Aquatech Waterproofing, you can have peace of mind knowing that our team of skilled professionals will assess your property, design a customized bench footing solution, and implement it using industry-leading techniques.
We prioritize safety, reliability, and customer satisfaction in every bench footing project we undertake. Our dedicated team works diligently to create a solid and stable foundation, allowing you to maximize the space in your basement and expand the possibilities for your home!
Yes, Toronto has specific regulations and permits related to bench footing. Before undertaking any construction project that involves bench footing, it is essential to consult with a licensed architect or engineer who can ensure compliance with these regulations and obtain the necessary permits.The city’s building codes outline the requirements for foundation design, including the use of bench footing in areas with particular soil conditions.
By creating stepped levels in the foundation, bench footing helps divert water away from the structure, reducing the potential for water damage and preventing hydrostatic pressure build-up. This technique provides additional protection against water-related issues commonly encountered in areas with high water tables. Toronto has a relatively high water table, which can increase the risk of water infiltration and foundation instability. Bench footing is an effective solution to address this challenge.
Yes, bench footing is a versatile technique that can be used in various soil conditions found in Toronto. Whether the soil is clay, silt, sand, or a combination, bench footing can provide stability and prevent differential settlement. However, the specific design and construction requirements may vary depending on the soil type. It is crucial to consult with a qualified engineer or geotechnical expert who can assess the soil conditions and develop an appropriate bench footing plan tailored to the specific site.
Yes, there are several advantages to using bench footing for multi-story buildings in downtown Toronto. Firstly, bench footing helps distribute the weight of the structure more evenly, reducing the risk of differential settlement and ensuring structural stability. Secondly, the stepped levels created by bench footing can offer additional usable space, allowing for more efficient utilization of the building’s footprint. Lastly, bench footing can also facilitate easier access to underground utilities and infrastructure, simplifying maintenance and repairs in urban environments.