Concrete is susceptible to fluid and vapour infiltration and migration. Crystalline waterproofing technology improves the durability of the concrete by filling and plugging pores, capillaries, and micro-cracks with a non-soluble, highly resistant crystalline formation.
After the publication of the article, “Climate Change: Why Waterproofing Concrete is Vital,” by Kris Till in the January 2020 issue of Construction Canada , we received a letter from CSC member Russell Snow, CSP, CTR, BSS, LEED AP.
Climate change poses challenges for building professionals tasked with the job of protecting structures from water damage. By becoming a part of the concrete, crystalline admixtures remove the need for a waterproofing membrane.
The Edmonton Chapter will be presenting on waterproof membrane testing for tiled areas on Tuesday, February 4, from 7:30 to 10:00 a.m. at the Chateau Louis Hotel & Conference Centre.
Zero-lot-line-construction typically requires the application of blindside waterproofing to various types of shoring conditions. Some waterproofing consultants and professionals feel redundant waterproofing is the most effective method in these conditions.
With a host of recent industry issues, including the tightening of labour markets, problems associated with moisture intrusion into wall cavities, heightened awareness of mould-related health problems, and a need for increased productivity at the jobsite, lightweight and waterproof foam tile backer boards are serving as a well-suited solution for Canadian projects.
Most floorcovering failures result from design mistakes, lack of groundwater barriers, and placement of the material before concrete has dried to safe levels. Therefore, all members of the project team must collaborate at every stage, such as the design, placement, curing, and relative humidity (RH) testing of the concrete.
Below-grade shotcrete walls have historically been susceptible to water intrusion. The article explores the challenges associated with waterproofing below-grade walls at property lines and recent technical developments to improve watertightness.
During the restoration of a clock tower in Huntsville, Ont., the contractor uncovered significant deterioration within the multi-wythe clay brick exterior walls. The project was expanded to include: demolition of the deteriorated brick walls, reconstruction of the tower walls one corner at a time, replacement of the steel roof, and recladding of the tower exterior walls.
