ENRG Blanket
Lower Your HVAC Costs With Temperature-Regulating Phase Change Materials (PCMs)
Thermal Blanket for Reducing HVAC Usage
ENRG Blanket encloses a plant-based, non-toxic and non-corrosive phase change material, BioPCM®, between two rugged, multi-layer films (polymer and /or aluminum). The resulting "blanket" is tear-resistant, long lasting, and will maintain its thermal performance for decades.
BioPCM® has the ability to store and release excess heat, and maintain a constant temperature over an extended period.
Manufactured using sustainably grown, plant-based products.
Made in the USA
Easy to Install
No Power Required
No Maintenance Required
Durable Materials
Long Lifetime (30+ Years)
Absorb Heat
in warm conditions.
Release Heat
in cool conditions.
Experience a More Comfortable Environment
Eliminate Noticeable Temperature Swings
Minimize HVAC System Usage and Noise
Reduce HVAC System Maintenance
Enhance Employee Productivity
Simple Installation
Drop Ceilings
Lift the tile and place the material on the surrounding tiles.
In-Roof
Install in conjunction with code-mandated quantities of insulation.
In-Wall
Where wall surfaces are exposed, simply staple the material to the exposed wall studs.
Applications
ENRG Blanket has been installed in several of the world’s largest banks, offices of Fortune 100 companies, major universities, premier school districts, warehouses, telecom shelters, apartment complexes and countless American households.
Office & Commercial
Industrial & Warehouse
Schools & Universities
Apartments & Homes
BioPCM®
BioPCM is a patented phase change material (PCM) developed by Phase Change Energy Solutions. BioPCM products yield significant energy and carbon savings by reducing stress on HVAC systems. Non-toxic, non-corrosive, plant-based and eco-friendly, BioPCM is made in the USA.
How Does it Work?
BioPCM absorbs large amounts of heat when it melts, cooling the environment until the material has transitioned to a liquid state. When ambient temperatures fall, BioPCM solidifies and releases stored heat into the environment.
In The Background: BioPCM During Phase Transition
Mid-Atlantic Distributor
