Your building envelope—roof, walls, windows, and exterior surfaces—is the frontline in the battle against energy loss. At IQ Edison, we specialize in advanced, insulative, and high-reflectivity surface treatments that significantly lower your energy consumption while qualifying your property for substantial tax deductions and utility incentives.
Our team delivers a portfolio of next-generation coating systems and envelope upgrades—designed for performance, durability, and incentive eligibility:
Reflective Cool Roof Systems
We apply high-performance roof coatings engineered with nanotechnology, (ICP) ceramic microspheres, and thermal-reflective polymers to:
These coatings often pay for themselves through reduced utility costs and tax savings alone—and they can be applied to most existing commercial roof substrates with minimal disruption.
Our proprietary spray-applied insulative coatings combine natural cork, resins, and ceramic particles to create an extremely resilient, breathable, and energy-efficient building envelope. Benefits include:
These are ideal for commercial and institutional properties where aesthetics, longevity, and performance are equally important.
We install solar control window films and power-generating transparent glass technologies that:
This is the fastest way to upgrade aging glass systems without the cost of full replacement—and in many cases, it qualifies for utility rebates and 179D credits.
We combine coatings, air sealing, joint restoration, and exterior enhancements to create a fully modernized thermal and moisture barrier for your structure—dramatically improving building performance while elevating curb appeal.
All envelope upgrades are scoped with incentive alignment in mind. We ensure your project:
Improving your building’s envelope directly reduces:
At the same time, it enhances:
Because we self-perform and align coatings with your energy strategy, tax modeling, and monitoring, these upgrades are never just cosmetic—they’re high-return investments engineered to perform, qualify, and last.
By improving the outer skin of your building, we reduce thermal load and increase both energy performance and comfort—inside and out.
