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Maple Leaf Mesh™
(100% Canadian)
100% Canadian Concrete Reinforcing Mesh…
Every Step of the Way!
Shop Canadian
Our Maple Leaf Mesh™ is fully manufactured in Canada, supporting local jobs and the economy. When you purchase our Maple Leaf Mesh™, not only are you getting a superior quality product, you’re also directly contributing to the growth of local businesses and industries. The production of our Maple Leaf Mesh™ begins with Canadian raw materials melted and poured in Canada to make 100% Canadian steel wire rod.
Ship Canadian
The wire rod is then shipped on Canadian rail lines and delivered by Canadian trucking companies to one of our Canadian manufacturing plants to be transformed into 100% Canadian concrete reinforcement mesh. It is then shipped to you, using Canadian shipping modes.
Canadian Steel for Canadian Communities
The federal government has prioritized using Canadian steel in their projects. Their procurement process requires companies contracting with the federal government to source Canadian steel for government contracts. By buying Canadian, we help build stronger communities and contribute to a more sustainable and resilient Canadian economy. Contact us today!
Save Time & Money Compared to Standard Rebar
Welded wire reinforcement (construction mesh) is an efficient and economical replacement for rebar as reinforcement in concrete construction. The use of welded wire reinforcement saves time and installation costs compared to standard rebar concrete reinforcement. Wires are welded into a sheet eliminating the time needed for tying rebar, and ensuring that the wires will not move when concrete is placed.
All Tree Island Steel’s welded wire reinforcement is manufactured to strict industry standards and complies with ASTM A1064 / A1064M. Galvanized coating options meet ASTM A641 / A641M standards.
Your Assurance of Quality, Value and Service
Welded Wire Reinforcement (Construction Mesh) Selection
Our customized engineered reinforcing solutions save installation time by eliminating the need to tie rebar lengths. Wires can be welded in various sizes and spacings to meet the exact specifications for the project, and will hold all wires in the exact specified positions. Lap splicing is another important design consideration when placing engineered WWR. The ACI 318 guide is a comprehensive specification, which details the use of efficient lap splices which can reduce overall steel costs in a project.
Standard WWR is available with wire sizes of W1.4 (MW9.2) up to W4.0 (MW25.7) with standardized spacing of 4” (102 mm) and 6” (152 mm) for both longitudinal and transverse wires. Standard WWR is typically used for residential and light duty concrete reinforcement, and concrete crack control applications.
