Why Engineers Love Our System
Constructibility meets Performance. Eliminating Compromise.
Engineers shouldn't have to compromise between movement, constructibility, and performance — now with PS=Ø, you don't. Developed by a team with over 45 years of structural engineering experience, our system solves the long-standing challenges of restraint-to-shortening and pour strip detailing. PS=Ø gives engineers a clean, code-compliant solution that maintains structural intent while improving constructibility and coordination in the field. It's not a workaround — it's the answer the industry has been waiting for.
Eliminate Schedule Compromise.
Our system eliminates delays caused by traditional pour strips — keeping crews moving without waiting on pour backs. The concrete cures and shrinks as needed, without rushing the process or holding up construction. Just a small, grouted seam off the critical path that allows full slab movement with zero restraint. Zero Compromise.
Higher Quality Concrete
PS=Ø enables longer curing periods without delaying the schedule–resulting in higher-quality concrete. Stronger, stiffer structures, without restraint cracking, all while allowing construction to continue faster and safer than traditional methods.
Reduce Costs
By eliminating the delays, rework, and material waste caused by traditional pour strips, our system can reduce overall project costs.
Increase Efficiency
PS=Ø reduces jobsite delays, rework, and material waste. All significantly increasing jobsite efficiency. The PS=Ø System increases LEED Credits - being made of recycled materials and proudly Made in the USA.
Improve Jobsite Safety
Pour strips are a hazardous area of any job site. The PS=Ø system is revolutionizing the safety of these areas by eliminating the openings and exposed rebar.
Extended Curing and Shrinkage
We all know that allowing concrete to cure longer — 90, 120, even 180 days or more — leads to better long-term performance. The problem is, jobsite realities rarely allow for that. PS=Ø changes that.