American Graphics & Signs Partners with 3M to Bring Cooling Film to ...
🚛 American Graphics & Signs (AGS) has launched a partnership with 3M to offer the 3M Cooling Film solution for commercial fleets nationwide.
☀️ The passive-cooling film reflects over 85% of incoming solar radiation and releases absorbed heat, reducing interior temperatures in non-air-conditioned cargo areas without using additional power.
📉 A field trial in Phoenix showed the film reduced cargo-area temperatures by an average of 5.3°F during active delivery hours, with peak reductions of up to 10.3°F in August.
🔋 For electric fleets, the cooling effect preserved between 4.6 and 8.6 miles of usable EV range per operating hour, adding roughly 23 to 43 miles back into a typical five-hour delivery window.
⛽ Gas and diesel fleets benefit from lower cooling demand and reduced fuel consumption on day-to-day routes due to the passive heat reduction capabilities.
🔧 Installation utilizes AGS's existing tools and workflow for vehicle wraps, ensuring minimal downtime for fleets that cannot afford vehicles sitting idle.
🛡️ The 3M Cooling Film is engineered with a hard-coat surface to resist dirt, chemicals, and wear, and comes with a 5-year warranty for daily fleet operation.
- American Graphics & Signs (AGS) has successfully integrated 3M Cooling Film into its fleet services, offering a passive-cooling solution that reduces interior heat buildup in commercial vehicles.
- A year-long field trial demonstrated that the film reduced cargo-area temperatures by an average of 5.3°F and up to 10.3°F during peak summer months in Phoenix.
- The technology preserved 4.6 to 8.6 miles of usable EV range per operating hour, effectively adding 23 to 43 miles of range back into a typical five-hour delivery window for electric fleets.
- For gas and diesel fleets, the passive cooling effect translates directly into lower fuel consumption and reduced cooling demand on daily routes.
- The solution is backed by a 5-year warranty and engineered to resist dirt, chemicals, and wear from high-use urban driving environments.