Simpson Strong-Tie proudly features its mass timber products in the innovative residential project by TimberBLDR and Risinger Build. TimberBLDR discusses the selection process that resulted in the Simpson Strong-Tie critical connection hardware being chosen. Gain insights into how our engineering team played a crucial role in designing and overcoming challenges for this groundbreaking mass timber project.
Continue reading “Behind the Scenes: A Shared Vision for A Residential Mass Timber Build”
For heavy-duty mechanical anchoring into concrete, CMU or masonry, builders generally choose between screw anchors or wedge anchors. Both can handle high loads, require predrilling, and are available in corrosion-resistant finishes for either interior or exterior use. However, there are some key differences to compare and consider.
Continue reading “Why More Builders are Choosing the Titen HD® Heavy-Duty Screw Anchor”
We worked with DIYer Jamison Rantz, also known as Rogue Engineer, on a dock rebuild project. Our Strong-Drive® SDWS Timber SS screw and Titen HD® heavy-duty screw anchor provided strength and durability for his new dock. Learn everything that went into this costal dock rebuild, from replacing the existing structure to expanding the area for an outdoor entertainment space.
Continue reading “DIY Renovation Project: Rebuilding a Coastal Dock with Rogue Engineer”
Safety is our number one priority for our employees, especially in our manufacturing facilities and warehouses. By conducting safety exercises, we can mitigate risks, promote a safety culture, improve emergency preparedness, and enhance employee well-being. Earlier this year, Simpson Strong Tie’s West Chicago warehouse organized a Safety Day, where the team engaged in interactive training to promote safety awareness. Learn about the various training exercises conducted during the event and how they both fostered camaraderie and enhanced safety knowledge.
Continue reading “Employee Safety Day at the Simpson Strong-Tie West Chicago Plant”
Legions of catatonic organisms lie asleep in the matrix, waiting only for momentary exposure to water and oxygen in order to awaken — whereupon the organisms immediately germinate, grow and fulfill their destiny, sealing the cracks in the fabric of their universe before falling dormant once again.
Continue reading “It’s Alive! Self-Healing Concrete, Materials Science and Other Evolutionary Developments”
Situated on the northwest coast of Oregon, the resort town of Seaside — population 6,685 — seems an unlikely place for advanced seismic and tsunami simulations. But just offshore Seaside’s charming 1920s boardwalk and its broad, sandy beaches famed for razor clamming, the Juan de Fuca tectonic plate is slowly sliding underneath the behemoth North American plate.
Continue reading “Little Locales Using Big Data to Prevent Bridge Failures”
Just as knowing the load capacities of your metal hardware is crucial to safeguarding the structural integrity and longevity of your building project, so is understanding the metal’s susceptibility to corrosion. The likelihood of rust and rot increases when you are building outdoors in wet environments or other corrosive conditions. Having a solid awareness of the corrosive threatsposed by the environment and your building materials will help you to choose the fasteners, connectors and anchors that will best mitigate the risk of corrosion and keep your project structurally sound for the long haul.
Start by evaluating the exposure levels in your environment. Is it an interior dry- or exterior wet-service job, for example? Generally, outdoor environments are more corrosive of steel because of the greater moisture levels they present. Projects near the ocean or waterfront are at increased risk for corrosion due to airborne chlorides and salt splash prevalent in marine locales. Salt is also a danger if building materials will be exposed to de-icing salts.
Continue reading “Keep Corrosion in Check”
