logo


You're contacting media contact of this press release

Title: New Findings Reveal a Hidden Indoor Air Quality Crisis Linked to Aging HVAC Systems and Fiberglass Ductwork Across South Florida

United States, 24th Jan 2026 – New findings released by Fix Mold Miami, a leading environmental services firm based in South Florida, are drawing attention to a growing indoor air quality issue affecting homes and buildings across the region.Based on recent field investigations and indoor air quality testing Florida, Fix Mold reports that aging HVAC systems and deteriorating fiberglass ductwork may be releasing harmful particles directly into indoor air.Many systems installed between 1970 and 2000 rely on fiberglass duct board, sealants, and insulation that can degrade over time. Fix Mold specialists have frequently identified these conditions during mold inspection Miami and mold inspection South Florida services, linking them to declining indoor air quality.A Regional Indoor Air Quality Problem Driven by Aging HVAC Systems in South FloridaFix Mold Miami’s investigations show that many fiberglass-lined duct systems in South Florida homes and commercial buildings are reaching the end of their usable life.As these materials break down, they can release microscopic fiberglass particles, trap moisture, and contribute to HVAC mold contamination. This pattern has been identified across residential and commercial properties, including cases that required mold remediation in Miami after standard HVAC servicing failed.Fix Mold Develops Practical Solutions for Mold Removal, HVAC Mold Cleaning, and Water DamageTargeted mold inspection Florida services with lab-backed testingForensic evaluation of fiberglass duct deteriorationRemoval or isolation of compromised duct sectionsEncapsulation or sealing protocols when appropriateHEPA-based filtration and containment strategiesMoisture control and humidity management plansPreventative maintenance programsEmergency mo...


This press release is issued by King Newswire

Email Information