Most homeowners focus on walls and windows when they think about efficiency, and overlook the attic — the place where heat problems usually start. Insulating and ventilating the attic helps, but a radiant barrier takes it further. It reflects heat away before it ever enters your home. Here is what a radiant barrier in the […]
Unlocking Energy Savings: The Power of Attic Radiant Barriers Read More »
Metal buildings are durable and versatile, but they come with a temperature problem. In summer, the sun turns the interior into an oven. In winter, cold surfaces cause condensation that drips, rusts, and rots whatever it touches. The right insulation fixes both problems at once. Here are three proven solutions: ES® Faced Fiberglass, ES® Reflective
Metal Building Insulation: The Key to Temperature Control Read More »
Higher electric bills are hitting homes across the country, and the cause is not just rising energy rates. Part of the problem is sitting in your own attic. Traditional insulation can carry a high R-value — and a high emissivity rating to go with it. Understanding Emissivity Emissivity is how readily a material absorbs and
Insulation’s Emissivity: A Hidden Culprit of Rising Energy Bills Read More »
Insulation keeps your home or business comfortable year-round, and two of the most common choices are fiberglass and radiant barrier. Fiberglass is made of glass fibers that slow heat transfer through their poor thermal conductivity. Radiant barrier foil works differently — it reflects radiant heat away, stopping it before it enters the building. Understanding how
Radiant Barrier vs Fiberglass: What’s the Difference? Read More »
Yes, you can install radiant barrier yourself. For most attics and walls, it is a weekend project that needs basic tools — no special equipment, no professional crew, no messy chemicals. Here is how the process works for radiant barrier, reflective bubble, and reflective foam. Step 1: Decide where to install Start with the space
How to Install Radiant Barrier and Reflective Insulation Read More »
If you are securing a Sensitive Compartmented Information Facility, or SCIF, you already know the requirements are unforgiving. But the same principle applies to any organization that wants to keep radio frequency signals out — and its own signals in. What is less understood is that a material designed for energy efficiency can double as
Blocking RF Waves: RF Shielding, SCIFs and Radiant barriers Read More »
Radiant barriers have improved building efficiency for years, but misconceptions still persist about how they work and where they help. In part two, we take on a few more common myths and give you the facts behind them. Radiant barriers are a versatile, weather-independent solution for any building type. Understanding what they actually do —
The Myths of radiant barrier (Pt. 2) Read More »
Radiant barriers have been improving building efficiency for years, yet misconceptions still linger about how they work, how hard they are to install, and what they actually deliver. In part one, we clear up the most common myths so you can separate fact from fiction.
The Myths of Radiant Barrier (Pt. 1) Read More »
Radiant barriers reduce heat transfer by reflecting radiant heat instead of absorbing it. The reflective surface keeps surfaces cooler in summer and warmer in winter, which means less energy spent keeping the building comfortable. Summer: Lower Cooling Costs When temperatures climb, a cooler home usually means running the air conditioner more — and a higher
What Are the Benefits of Radiant Barrier? Read More »
Radio frequency interference can disrupt sensitive electronics, compromise secure communications, and degrade equipment performance in commercial and military environments. RF shielding reflective insulation addresses this challenge by combining thermal insulation with an engineered conductive barrier that reflects or redirects incoming radio frequency signals. Products such as the ES® Radiant Barrier, ES® Reflective Bubble and ES®
RF Shielding Insulation for Secure Facilities and EMI Protection Read More »
