Commercial Applications

LOMITlogoeffects

Radiant Barrier Coating
for energy conservation and heat & light reflection

LO/MIT Interior Radiation Control Coating Systems (IRCCS) are paints formulated to reduce building interior temperatures. They can be used in a wide variety of structures, from office buildings and warehouses, to factories, ice rinks and other arenas, pole barns, garages, storage buildings, tents and more. LO/MIT is a silver-colored, non-thickness dependent, low emissivity radiant barrier paint, which may be used in almost any application where infrared (heat) reflectivity or diffuse light reflectivity is required. Lower utility costs, increase comfort and lighting levels, improve output and lessen heat related health costs for livestock and poultry in agricultural applications by applying LO/MIT to the roof deck, rafters and un-insulated sidewalls. For all rooftop applications, please see Roofing. Because of their low thermal emissivity and high reflectivity characteristics, LO/MIT can reduce unwanted summer radiant heat gain in buildings and structures. Easily applied with standard airless paint sprayers, LO/MIT is the most economical way to retrofit a radiant heat barrier to an existing structure since it may be safely and quickly applied in enclosed areas at low cost and can easily replace foil or metalized plastic film radiant barriers.

Metal Building IRCC

LO/MIT radiant barrier coating applied to un-insulated steel sidewalls of warehouse

Buy on Find an Installer/Distributer

The LO/MIT coatings are classified by ASTM as Interior Radiation Control Coating Systems (IRCCS) and offer the following unique features:

  • Low Applied Cost
  • Easy to Install and Retrofit to Existing and Older Structures
  • Lowers Interior Temps 10-25+ Degrees F
  • Lowers A/C Bills up to 15% or More*
  • Low “e” Characteristics Reflect Radiant Heat
  • Existing Insulation Operates More Efficiently
  • Lowest emissivity in the industry (reflects the most heat) LO/MIT-II MAX e=0.147, LO/MIT-II e=0.170, LO/MIT-I e=0.210
  • Full 5.0 gallon pail covers approx. 2,000 square feet**
  • Excellent Shelf Life: Re-usable After Opening up to 1 Year from DOM
  • One component system, no primer needed, cleanup with soap & water (LO/MIT-II and LO/MIT-II MAX)
  • One coat application, easily spray or roller applied
  • Excellent Shelf Life: Re-usable After Opening up to 1 Year from DOM
  • Coats most building material substrates, even flexible materials like tents
  • Increases Lighting Levels
  • Lowers heat stress for livestock and poultry, increases productivity
  • Water-based, Low VOC Coatings (LO/MIT-II & LO/MIT-II MAX)
  • Class A Fire Rating for Flame and Smoke (LO/MIT-II MAX)
  • Moisture permeable, mold resistant, electrically non-conductive
  • RIMA-I Certified for Energy Efficiency (LO/MIT-II MAX)
  • Safely Applied in Enclosed Spaces
  • Temperature Tolerant to 1000 degrees F (LO/MIT-I & LO/MIT-II MAX)
  • Will Not Damage Exterior Roofing Materials
  • Quick Drying (LO/MIT-I & LO/MIT-II)
  • Conforms to ASTM Standard# C1321 for Interior Radiation Control Coating Systems (IRCCS)
  • Proven Energy Saving Product Since 1986
  • Independently Tested
  • One operator can easily install 1000 ft.²/hr
  • Easily applied to side walls and loading dock doors in metal buildings and barns
  • Unaffected by rodents, birds and insects
  • No maintenance or re-coat needed when applied under roof
  • Excellent infrared reflective surface for buildings heated by infrared heaters
  • Can be used as an exterior paint on roof tops (LO/MIT-I only)
  • Developed & Manufactured in U.S.A.

*Actual savings will vary based on geographic location and individual building characteristics.
**Substrate/application method dependent

Disclaimer: this video was produced in 1998 and, as such, uses an out-of-date Energy Star logo in reference to rooftop applications. Please visit Energy Star to learn more about the program or click here to see LO/MIT-I’s Energy Star rooftop certification.

Invented in 1978 by SOLEC for use in solar applications, LO/MIT went commercial by 1986 after research at the Florida Solar Energy Center (FSEC) showed its potential benefits for cooling buildings in warmer climates. Because of its low thermal emissivity and high reflectivity characteristics, LO/MIT is an ideal low-cost technology to reduce unwanted summer radiant heat gain in buildings and other structures. Just like low-e windows, LO/MIT’s low-e characteristics reflect radiant heat.

Ice Hockey Rink Radiant Barrier

LO/MIT applied to underside of steel roof decking in ice hockey arena. Complexe Sportif Belle, Montreal (Canadiens)

Emissivity (e) is a term used to describe the amount of heat objects release in the form of electromagnetic heat radiation. It is scaled from 0 to 1, and the closer the emissivity value is to 0 the less able the surface is to emit heat in that direction. Most roofing substrates have very high emissivities (e=0.850-0.930), allowing a vast majority of their heat to radiate to the cooler surfaces below, causing discomfort extending air conditioning run times. LO/MIT dramatically reduces the surface emissivity of the roofing substrate (LO/MIT-I e=0.210, LO/MIT-II e=0.170, LO/MIT-II MAX e=0.147), drastically lowering the roof’s ability to radiate its heat inward, lowering interior temperatures by 10-25+ degrees F, all with negligible effects on exterior roofing materials. Because interior temperatures are now cooler, standard R-value insulations, air conditioning handling equipment and ductwork located in the attic will operate more efficiently. In addition, comfort is greatly increased and poultry and livestock in agricultural applications can produce more and will feel less heat related stress.

LO/MIT-I is recommended for all exterior and roof top applications or projects that require extremely fast drying times.

LO/MIT-II and LO/MIT-II MAX are recommended for all interior applications.

Applications that may involve some future abrasion, such as sidewalls or metal garage doors are excellent applications for LO/MIT-I or LO/MIT-II.

The vast majority of the radiant heat gain in a building comes through the roof, however many structures can also benefit from having LO/MIT installed on sidewalls and garage doors. LO/MIT can also provide comfort to outboard structures like sheds, garages, barns and other storage buildings. In some cases where the undersurface is inaccessible, LO/MIT can be used as a rooftop coating. Please contact the factory for assistance from one of our technical representatives.