July 2018   
Is Type 304 or 316 Stainless Steel Right for Your Job?
Our code-listed Titen HD® heavy-duty screw anchor is now available in Types 316 and 304 stainless steel to resist corrosion and maintain the structural integrity of concrete.
Type 316 is the optimal choice for applications in corrosive or severe environments such as near chemicals or salt water.

  • Coastal railings
  • Water treatment plants
  • Bridges
Type 304 is a cost-effective solution for less extreme applications, including in wet, moist or damp environments.

  • Stadium seats
  • Kitchens
  • Breweries
Learn more about the Titen HD (available in 3⁄8", 1⁄2", 5⁄8" and 3⁄4" diameters) here.
On-Demand Webinar: DG Fire Wall Hanger
DG Fire Wall Hanger Webinar
Watch our latest webinar to learn more about how the DG fire wall hanger can attach the floor to a wood stud wall without adversely affecting the fire-resistive rating of the wall. You can also earn continuing education credits by completing the test that follows the webinar recording. View all of our on-demand webinars.
How to Resist Overturning in Multi-Story Construction
Multi-Story Construction
All wood-framed buildings need to be designed and constructed to resist shearwall-overturning and roof-uplift forces that can occur during seismic and wind events. The installation of continuous rod systems has grown in popularity with the increase of mid-rise wood construction (three- to six-story buildings). Our Strong-Rod® Anchor Tiedown System (ATS) offers many advantages to the Designer or engineer.

Learning proper installation of the Strong-Rod ATS ensures that the system will perform as needed and can also help you avoid costs and project delays associated with misinstalled systems.

Watch our new videos to learn how to install:
Build Change Fellowship Renewed
Build Change
Simpson Strong-Tie has renewed its Fellowship for Engineering Excellence with international nonprofit enterprise Build Change. This is the second year of the Fellowship, and the company is again contributing over $160,000 to the effort.

Complementing our mission to find solutions for creating safer, stronger structures, the Fellowship allows innovative engineers the opportunity to make meaningful contributions to Build Change programs. Build Change saves lives by working with people in developing nations to build homes and schools that will protect their families and children during natural disasters. The organization also works with local communities to improve construction practices and build long-term resilience.

James Mwangi, the 2017–2018 Fellow noted, “The Fellowship offered me the opportunity to share my previous experience by working face to face not only with the Build Change technical teams, but also with local engineers in each country, to promote capacity building.” Learn more about Mwangi’s Fellowship experience here.
Our Latest Blog Posts
What You Need to Know

BIM Inception: The Construction Language of the Future
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Still Using Lag Screws? Consider Self-Tapping Wood Screws Instead
Rolling Planter

Girls Inc. Visit Simpson Strong-Tie Lab
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Strong Frame® Special Moment Frame Multi-Story and Multi-Bay Designs
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MPBZ Moment Post Base Installation
Simpson Strong-Tie® CFS Designer™ Software Tutorial
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Featured Classes
NW:  Design Solutions for Concrete Construction
SW:  Concrete Construction Products - Designers
NE:  Continuous Load Path (Structural): Beyond the Basics of Wood Framing
SE:  Concrete Construction Products Anchoring & CFS Workshop
2018 Shows & Events See all
Deck Expo
Oct. 10–11 Baltimore, MD
Oct. 21–23 Richmond, VA
Oct. 23–26 Milwaukee, WI
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