Explore Our Solutions 

QuakeWrap, Inc. President/CEO Prof. Mo Ehsani has invested over 25 years pioneering advanced construction technologies utilizing FRP. 

QuakeWrap’s patented FRP products include the innovative PileMedic®, PipeMedic®, and SPiRe+® repair systems. They are field proven to rehabilitate, retrofit and strengthen assorted structures worldwide, with award winning results.  

QuakeWrap solutions represent an extraordinary improvement over traditional infrastructure repair methods. Our innovative products result in higher quality, faster construction and lower cost.  

This is reinforced by the numerous patented technologies we have developed, such as PileMedic® for repair of deteriorated steel, timber, concrete columns and submerged piles. 

SuperLaminate® is ideal for spot repair of pressure pipes, while StifPipe® repairs gravity or pressure pipes subjected to external gravity loads, and InfinitPipe® is a revolutionary onsite produced pipe for virtually any size and length. 

SPiRe+® is a novel, pultruded, GFRP stay-in-place form system that integrates formwork, reinforcement, and waterproofing into a single prefabricated composite element. It delivers repair and strengthening of existing structures both above and below water.  

SPiRe+® redefines conventional repair methods, eliminating a need for removable forms, steel reinforcement, or separate waterproofing membranes, thereby reducing labor, construction time, and long-term maintenance requirements. 

QuakeWrap was founded in 1994 by Dr. Mo Ehsani, Professor Emeritus of Structural Engineering at the University of Arizona, who pioneered and introduced Fiber Reinforced Polymer (FRP) to the construction industry and is internationally recognized as the most recognized expert on the subject.  

Dr. Ehsani has been featured on CNN, The History Channel, National Public Radio, and other media, including Engineering News Record (ENR) for his expertise on the strengthening of structures, particularly related to earthquakes, terrorist attacks and other potential structural stresses and disasters.