Exceed Stretch Codes with Assembled U-Factors as low as 0.24 with 1” IGUs LEARN MORE

Welcome To The Next Evolution

Innovative Products

Since 2015 we’ve been researching and developing the most energy-efficient framing system available on the market, one that will provide the highest-performing assembly available at the lowest price point. With our standard Zero•Net™ systems, a COG (center of glass) of 0.24 can now provide an assembled U-Value of 0.28 or better.

R7 – R10 Performance

Our Zero•Net™ R7 & R10 systems offer thermal performance that is more than 3 times greater than current standard systems. This is made possible by combining our FortMax™ thermal barrier with high-performance glazing options. These systems provide assembled U-values as low as 0.098.

All reported U-Values calculated per NFRC 100

Bird Friendliness

All of our systems can accommodate bird-friendly glazing.

Stretch Codes

With assembled U-values as low as 0.24 with 1″ IGUs your next project will exceed current stretch code requirements for glazed wall assemblies. (California, Colorado, Maryland, New York, Massachusetts, etc.)


Zero•Net™ Products

Combined with the FortMax™ thermal barrier, Zero•Net™ framing enables the glass to perform to the best of its ability. 

pressure wall curtain wall system fremarq innovations

Pressure Curtain Wall

unitized curtain wall system fremarq innovations

Unitized Curtain Wall

fremarq fixed window system

Fixed Windows

fremarq zero sightline vent

Zero Sightline Vents

fremarq retrofit curtain wall system

Retrofit Façade

Thermally Broken FM Products

Since 1996, the FM systems have been in use. They are thermally broken systems that are comparable to products offered by competitors.

thermally broken pressure wall system by FreMarq Innovations

FM Pressure Curtain Wall

FM Unitized Pressure Wall system thermally broken

FM Unitized Curtain Wall

Why Choose Us?

Reduce Your Building’s Operational Carbon

  • Up to 65% reduction in greenhouse gas emissions in warm or cold climates
  • Up to 65% reduction of energy cost in warm or cold climates
  • Increase design flexibility for day-lighting
  • Eliminate condensation on interior framing
  • Increase usable/leasing floor space
  • Increase Return On Investment (ROI)
  • Maximize occupancy comfort

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