
Post-Tensioning Resources & Technical Tools
Elevate your PT knowledge, speed up projects, and avoid common retrofit pitfalls
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Featured Tools
PT Stress Simulator
Calculate tendon elongations, load distributions, and cable forces with our advanced PT simulator. Save engineering time and quickly estimate PT stresses for repairs or retrofits.
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What Is Post-Tensioning?
Learn about the fundamentals of post-tensioning, its applications, and why it's crucial for modern construction.
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What Are the Advantages of Post-Tensioning?
Discover the key benefits of post-tensioning and how it can improve your construction projects.
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Retrofits vs. Teardowns: How to Save Millions
A comprehensive guide to making informed decisions about retrofitting or rebuilding your post-tensioned structure.
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What Is the Difference Between Prestressing and Post-Tensioning?
Understanding the key differences between these two concrete reinforcement methods and when to use each one.
Read MoreTechnical Resources
Fortis Pile Whitepaper
Dive deep into tieback-free shoring design, corrosion-resistant materials, and real-world project data.
Download WhitepaperCase Studies
Explore our detailed case studies on parking garage cable replacements, large floor openings with no shoring, and more.
View Case StudiesCommon Questions
What is post-tensioning?
Post-tensioning is a method of reinforcing concrete with high-strength steel tendons, which are pulled tight after the concrete has hardened. This process puts the concrete into compression, making it stronger and more crack-resistant. The technique allows for longer spans, thinner slabs, and better structural performance.
Learn MoreWhat are the advantages of post-tensioning?
Post-tensioning offers numerous benefits including longer spans, thinner slabs, reduced cracking, and improved structural performance. Learn about all the advantages in our detailed guide.
Learn MoreShould I retrofit or tear down my post-tensioned structure?
This comprehensive guide helps you make informed decisions about retrofitting versus rebuilding your post-tensioned structure, potentially saving millions in construction costs.
Learn MoreWhat's the difference between prestressing and post-tensioning?
Understand the key differences between pretensioning and post-tensioning, including when each method is most appropriate for your construction project.
Learn MoreAdditional Learning
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