HIGH IMPACT GLASS SOLUTIONS INC
ST. PETERSBURG, FLORIDA

High Impact Glass Solutions Inc., founded in 2003 by Jeremy Shapiro, is a distinguished leader in the window tinting industry known for setting benchmarks that peers strive to replicate. Over its existence, the company has built an exemplary reputation through consistent enhancement of techniques and practices to address all glass architectural challenges. With a significant presence in southern Florida and international projects, High Impact Glass Solutions delivers outstanding results across various sectors including homes, businesses, vehicles, and boats. The philosophy driving the company is founded on values such as integrity, excellence, and customer-centric service — principles that reject mediocrity in any form. Dave Dease, a co-founder instrumental to the growth of the company, brings his unique background from professional tinting and athletic achievements into play, complementing the innovative spirit within High Impact Glass Solutions. The firm's commitment is evident through its development of specialized tools and techniques that elevate industry standards worldwide. Jeremy Shapiro’s experience spans decades under his father's guidance, contributing to an ingrained expertise in window film services that align with the company's mission for excellence. As a Florida Domestic Profit Corporation (DOMP) filed in 2010 with Fei Number 273427510, High Impact Glass Solutions Inc. has made its mark as a formidable business entity headquartered at 201 15th Ave South, St. Petersburg, FL. The firm remains actively engaged with its stakeholders and potential clients through ongoing communication channels like their website highimpactglasssolutions.com and direct engagement lines at (727) 498-1384. Under the expert leadership of President Jeremy Shapiro, High Impact Glass Solutions continues to advance in its journey by offering tailored solutions that reflect not just the character of the company but also the expectations of modern-day consumers seeking quality and durability.