Pour Strip Zero

Win More Bids with PS=Ø

Give the GC a Better Way to Build

Concrete contractors can use PS=Ø to bring more value to the GC—not simply a lower concrete bid. By eliminating traditional pour strips, PS=Ø can shorten the overall construction schedule, reduce backshoring and return work, and allow following trades to start sooner. Bringing those advantages to the GC can differentiate your bid and help you win more work.

Accelerate Schedule

Accelerate Schedule

PS=Ø typically saves 2–3 months on the overall construction schedule by eliminating pour-strip delays, backshoring, and return work—giving the GC a faster path for following trades.

Reduce Cost

Reduce Overall Costs

PS=Ø can help the GC reduce overall project costs by shortening the schedule, reducing general conditions, and eliminating costs associated with traditional pour strips, backshoring, and return work.

Eliminate Backshoring

Eliminate Backshoring

PS=Ø eliminates backshoring associated with the traditional pour strip, leaving clear floors for following trades and reducing congestion and coordination.

Jobsite Safety

Improve Jobsite Safety

Eliminating the traditional pour strip removes the open strip and exposed reinforcing steel associated with it, while reducing backshoring and congestion. The result is a cleaner, safer working environment for all trades.

Increase Efficiency

Increase Efficiency

PS=Ø eliminates pour-strip leave-outs and reduces backshoring and return work, helping the concrete crew move efficiently from floor to floor while leaving clear floors for following trades.

Reduce Callbacks

Help Win the Bid

Including PS=Ø in your bid gives the GC a clear project advantage: a shorter schedule, lower overall project costs, and clearer floors for following trades. That added value can help differentiate your bid from the competition.

Let's Talk

Let's Win More Bids, Together.

Our engineering team can help you bring PS=Ø into your next bid—showing the GC how a better concrete construction strategy can shorten the schedule, reduce overall project costs, and keep following trades moving.

Office

192 West 9th Street,
St. Paul, MN