Using Structural Insulation Blocks: Essential Considerations for Building Assembly
Introduction:
Explore the critical factors architects should consider when incorporating structural insulation blocks into building designs. These versatile blocks provide continuous insulation and effectively address thermal bridging. Following the guidelines below, architects can optimize their designs, ensure structural integrity, and achieve superior energy efficiency.
Tackling Thermal Bridging: Structural insulating blocks are an ideal product for addressing thermal bridging and providing continuous insulation. Therefore, it is important to identify areas where thermal bridging may occur and incorporate this technology.
Integrating with Masonry Veneer Walls: Structural insulating blocks can be designed for under standard non-load-bearing masonry veneer walls. It is important to anchor the masonry veneer to the structural wall, and ensure that it bears completely and evenly across the upper face without any cantilevering or point loading.
Size and Material Selection: Structural insulating blocks come in varying sizes to accommodate project conditions and can be made from various materials including plastic, foam, cellular glass, etc. It is important to select the appropriate size and material for your project's specific needs.
Protecting Against Water Damage: All wall materials, including structural insulating blocks, must be protected from standing water to avoid damage from freeze/thaw cycles. Proper drainage and flashings integrated with a positive slope must be implemented as best practices for all wall materials.
Collaboration with Experts: To ensure the structural integrity and functionality of the design, it is important to work closely with a structural engineer and building product manufacturer during the design process.
Conclusion:
By considering these essential factors when incorporating structural insulation blocks in building designs, architects can maximize energy efficiency, mitigate thermal bridging, and enhance the structural integrity of their projects. Addressing thermal bridging, integrating with masonry veneer walls, selecting the appropriate size and material, protecting against water damage, and collaborating with experts is vital to achieving sustainable and high-performing building assemblies.
Written by D.TO: Design TOgether
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