Our most popular product has a stronger scrim that ensures there will be no ripping or tearing.  ES® 55G Premium Perforated RFID radiant barrier insulation meets all fire and building codes and is designed for both DIYer and professional installers. The tiny perforations allow moisture to pass through, promoting air flow to prevent mold and mildew.

• Blocks 95% of radiant heat transfer
• Perforated to allow moisture to pass through
• Clean, lightweight, tear resistant
• Saves energy and money
• Blocks RFID, Radiant Heat, Thermal Imaging and Electromagnetic Waves
• Non-toxic/non-carcinogenic
• No special tools or clothing required during installation
• Does not promote the growth of fungi or bacteria
• Provides no nest support for rodent or insect pests

Our strongest product designed for projects that deserve the very best! ES® 70G Supreme Perforated RFID radiant barrier foil insulation meets all fire and building codes and is our thickest and strongest radiant barrier. The tiny perforations allow moisture to pass through, promoting air flow to prevent mold and mildew.

• Blocks 95% of radiant heat transfer
• Perforated to allow moisture to pass through
• Same benefits as ES® 55G RFID Radiant Barrier
• Clean, lightweight, tear resistant
• Saves energy and money
• Blocks RFID, Radiant Heat, Thermal Imaging and Electromagnetic Waves
• Non-toxic/non-carcinogenic
• No special tools or clothing required during installation
• Does not promote the growth of fungi or bacteria
• Provides no nest support for rodent or insect pests

This product is exceptionally well-suited for agricultural applications where a breathable barrier is needed. It features a UV inhibitor for protection against UV damage and a specialized coating that ensures corrosion resistance. Additionally, its appealing white finish makes it an ideal choice for areas with exposed walls, enhancing both functionality and aesthetic appeal.”  ES® Agro-Foil White Perforated RFID radiant barrier insulation meets all fire and building codes and and is made with tiny perforations that promote air flow and prevent mold and mildew.

• Blocks 95% of radiant heat transfer
• Perforated to allow moisture to pass through
• Corrosive Resistant
• UV inhibitor added
• Available in 48″ or 51″ widths
• Eliminates “Black Globe Effect”
• Same benefits as ES® 70G Supreme Solid Radiant Barrier
• Clean, lightweight, tear resistant
• Blocks RFID, Radiant Heat, Thermal Imaging and Electromagnetic Waves

Our most efficient product, blocking up to 97% of radiant heat, and is the perfect product to install in sensitive compartmentalized information facilities (SCIFs). ES® Aluminum SCIF Barrier Perforated RFID radiant barrier insulation foil meets all fire and building codes and can be used in almost any application to reduce thermal heat transfer. The tiny perforations allow moisture to pass through, promoting air flow to prevent mold and mildew.

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• Blocks 97% of radiant heat transfer
• Minimum Shielding Effectiveness (100MHz – 10GHz): 67 dB
• Increases sound attenuation for SCIF’s
• Thermal performance unaffected by moisture
• Breathable to allow air to pass through
• Unrolls and cuts easily
• Durable and flexible woven polyethylene base
• Saves energy and money
• Blocks RFID, Radiant Heat, Thermal Imaging and Electromagnetic Waves
• Non-toxic/non-carcinogenic
• Does not promote the growth of fungi or bacteria
• Provides no nest support for rodent or insect pests

Our most economical product consisting of a thin scrim that is lightweight and easy to use. ES® Tri-D (Diamond) Perforated RFID radiant barrier insulation meets all fire and building codes and is designed for the DIYer who wants the least expensive material on the market that still reflects 95 percent of radiant heat. The tiny perforations allow moisture to pass through, promoting air flow to prevent mold and mildew.

• Blocks 95% of radiant heat transfer
• Perforated to allow moisture to pass through
• Meets new ASTM E84 and E2599 fire code
• Clean, lightweight, easy to install
• Saves energy and money
• Blocks RFID, Radiant Heat, Thermal Imaging and Electromagnetic Waves