phone Icon 1-866-653-2278 contact us Icon Contact Us E-Track Pay Invoice favourite Icon MyList

Reliance -IG SS

Reliance -IG SS


Reliance™-IG SS is an inside glazed version of our popular Reliance™-SS curtain wall. Both captured and structural silicone glazed verticals are available.

  • • Split vertical members for screw spline joinery with inside glazing
  • • Captured or 2-sided structurally glazed
  • • 2-1/2" Sightline
  • • 6-1/4" to 7-1/2" System depths
  • • Infill: 1"

To meet ever growing demands for less field labor, Oldcastle BuildingEnvelope® has developed a screw spline version of its popular Reliance™ Curtain Wall System. The Reliance™-IG SS is an inside glazed, front set wall system which offers screw spline assembly of frames and the ability to shop seal the frame before shipping to the job site. The Reliance™-IG SS Curtain Wall System is available in 7-1/2" depth, using either captured or structural silicone glazed verticals. This system has dual color finish capability and allows for entrance door and operable window adaptability.

  • Split vertical members for screw spline joinery and shop assembly and sealing
  • Over system dimensions: 2-1/2" x 7-1/2" and 2-1/2" x 6-1/4"
  • Front set, outside glazed conguration
  • Captured and SSG (structural silicone glazed) vertical mullions
  • Optional exterior glazing
  • Thermally broken system
  • Integrated Solar Eclipse™ sunshade
  • Accomodates ZS-30 projected and casement vents
  • Accommodates low profile or flush door frames for entrance doors
  • Factory-painted Kynar 500®/Hylar 5000® finishes, meeting all provisions of AAMA 2605
  • Factory-anodized finishing
Select File Type...
  • Air Infiltration: <.06 CFM/SQ FT @ 6.24 PSF per ASTM E283
  • Static Water: 15 PSF per ASTM E331
  • Dynamic Water: 15 PSF per AAMA 501.1
  • Deflection Load: 40 PSF per ASTM E330
  • Structural Load: 60 PSF per ASTM E330
  • Seismic: Three levels of deflection per AAMA 501.4
  • STC per ASTM E90: Up to 37
  • Thermal Performance per AAMA 1503
  • NFRC Certified and Thermal Performance Characteristics per AAMA 507