eShield™ Technology + Insulation = Homes
With Energy Efficiency That Is Unsurpassed
eShield Technology from Pro Materials Direct
Pro Material Direct has dealers who are filled with solutions for all home improvement projects.
Our technological quality products and services keep contractors like you returning for solutions to complete home improvement projects.
We’re industry leaders because we are continuously making improvements to what we offer. Those improvements make your job better and your customers satisfied with your workmanship.
We are committed to making a lasting relationship with you.
Our business is to help increase energy efficiency in your home with our superior attic insulation products and expert installation. We help you make informed decisions as to the approach needed for your insulation project. We do that by educating customers on their home’s heat flow.
What is meant by “Heat Flow?”
There are three types of heat flow – conductive, convective and radiation.
Conductive: Heat that flows through a solid material – windows, walls, even the roof
Convective: Hot air in the home is what conveys heat through the house. When the air rises to the ceiling then it takes the heat to other parts of the house
Radiant: Heat that is transferred from the Sun to an object or structure
These can cause an attic to become hot in the summer or lose heat in the winter, making it more difficult and expensive to regulate the temperature of your home. Insulation is the answer.
Traditional Insulation
Does a sufficient job combating two of the most common types of heat flow, conductive and convective heat, but is ineffective against radiant – a third type of heat transfer that comes from the sun.
Our eShield™ Radiant Barrier Insulation
State-of-the-art attic insulation reflects 97 percent of all radiant heat transfer – a leading cause of home energy waste. eShield™ radiant barrier insulation, combined with our own blown in insulation and air sealing service comprises “The Perfect Attic System.” that is designed to combat all three types of heat transfer
