low emissivity

Sometimes comfort can be a more important reason for installing a radiant barrier coating than air conditioning savings. Take, for example, the recent testimonial we received from a cattle rancher Read More

If you listen to talk radio in the Houston and surrounding metro areas in Texas, you may have recently heard some of the clips linked below. LO/MIT attic radiant barrier Read More

2/23/2016 Ewing, NJ – SOLEC-Solar Energy Corp. is proud to announce the 30th anniversary of the LO/MIT radiant heat barrier coating technology. LO/MIT entered the market in 1986 and over Read More

SOLEC has recently submitted its LO/MIT Radiant Barrier Coating products for testing by McDowell-Owens, a distinguished forensics firm that specializes in fire causation investigations. With recent articles being published about Read More

In homes across America, poorly sealed and under-insulated attics are making homeowners uncomfortable and taking money out of their pockets by contributing to unnecessarily high utility bills. But just one Read More

2015 – Quarter 3 For the U.S., a cool Spring and unique weather events leads to a delayed A/C season for most. At the same time, draught continues in the Read More

Gemini South Telescope (Chile), coated with LO/MIT, takes a series of images of a gas giant orbiting its parent star 60 light years away. via Astronomy Now Watching An Exoplanet Read More

LO/MIT was coated on the entire undersurface of the roof structure, keeping the rink cool, lowering conditioning costs and increasing interior lighting levels. via The Beverly Review Skating Underway at Read More

via RetroFit Magazine Retrofit Radiant Barrier with Interior Radiation Control Coatings by retrofitadmin3 Radiant barriers are a proven, cost-effective technology for reducing unwanted radiant heat gain in a structure. Interior Read More

The Observatorio Astrophysico de Javalambre (OAJ) is located in the Aragon region of Spain, on a peak near a small village called Teruel. The location is 1957 meters above sea level Read More