Asbestos: A product containing or composed entirely of asbestos cannot be sold as a consumer product (prohibited in Canada as of 2018).Urea formaldehyde-based foam insulation (UFFI) foamed in place (prohibited in Canada in 1980): This includes insulation products that are available in the United States that are urea-formaldehyde based and are installed via a foaming process.insulation) or consumer products, but it may be available from the manufacturer or supplier.įor example, as of the date of publication, two types of insulation products are prohibited and one other is regulated under the Acts as follows: An SDS is not required for manufactured items (e.g. An SDS is required for certain industrial and chemical products used in the workplace like paint, caulking, spray foam insulation and cleaners. If you are concerned about the safety of a particular product, find out if it is prohibited or regulated under the Canada Consumer Product Safety Act and Canadian Environmental Protection Act (the Acts), and other relevant federal, provincial or territorial legislation, or municipal bylaws.Īsk for a Safety Data Sheet (SDS) that lists the hazardous ingredients, safety information and emergency measures related to specific products (SDS replaces the previous Material Safety Data Sheet ). Manufacturers and suppliers are responsible for making sure that the products they sell comply with Canadian legislation. Your local municipal office can tell you if certain products are acceptable for use in your municipality. If they do not, they may have an evaluation number issued by the Canadian Construction Materials Centre. Materials (or their packaging) may be marked indicating that they comply with Canadian product standards. Compare the advantages, limitations and intended use of different products. Once you have selected a product, get the facts about it and find out about proper installation techniques. Illustration of a hard hat, work light, dust-particle mask, overalls, goggles, fire extinguisher, first aid kit, tubes of caulking as well as batts and rigid board insulation, and foam plastic pipe-wrap insulation. Figure 3-1 shows various Insulating materials and safety equipment.įigure 3-1 Insulating materials and safety equipment Text version fire protection, air and vapour barrier or framing)?įor proper application, material handling, safety equipment and protective clothing requirements, follow the manufacturer’s instructions (see Part 1.4, Health and safety considerations). Does any single type of insulation require more accessory products than another (e.g.Is it rigid enough to provide support for finished materials or resist pressures against its surfaces?.Can it conform to surface irregularities?.Is it the best buy for the space available (either high insulating value per dollar if you have a lot of open space, or high insulating value per thickness if space is restricted)?.Is it relatively easy to install, especially for do-it-yourselfers?.Different materials may be used at different locations in the house envelope depending on the space available, ease of access and other installation requirements. To be effective, insulation must resist heat flow, fill the space completely and evenly, be durable, and for some locations, withstand exposure to heat or moisture. You can ask your contractor, an energy advisor or check the web about embodied carbon when planning a renovation. wood, straw, hemp, cellulose) typically have lower embodied carbon factors than synthetic and mineral-based products, which may require considerable energy to manufacture. You can consider embodied carbon when selecting building materials and practices in planning energy efficient retrofits. Just as improving the energy performance and efficiency of a home can reduce emissions from heating, cooling and ventilation systems, selecting materials with low embodied carbon emission factors is an important step in reducing the overall carbon footprint of a home. This life cycle includes resource extraction, manufacturing, transportation, installation and construction process, maintenance, and eventual demolition and end of life recycling or disposal of the material. Embodied carbonĮmbodied carbon, sometimes referred to as embodied energy, are the green house gas (GHG) emissions associated with building materials during their entire life cycle. This section describes the types of insulations, house wrap materials (air barriers and vapour barriers) as well as details about weatherstripping windows and doors. Whether for your attic or your basement, choosing the right materials and installing them properly ensures the finished job lives up to your expectations.
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