Thermaframe 7

Previously Therm, ThermSSG, ThermXL, and Therm134

Product description

Ideal for low to mid-rise buildings that require outstanding thermal performance. Compliant with non-combustibility standards. Larger glazings and two-sided structural silicone finishes available.

Features & benefits
  • Ultra-high thermal performance
  • R7 Overall, frame and glass (0.85 W/m2·K/0.15 Btu/ft2·F)
  • Exclusively triple-glazed
  • Improved thermal comfort for occupants and tenants
  • Fully-captured (pressure plates on all four sides of glass) for optimal wind load resistance, dead load capacity, and air/water penetration resistance
  • Available with two-sided structural silicone exterior finish (vertical or horizontal)
  • Compatible with operable vents
  • Tested to ASTM, CSA, AAMA, CAN/ULC, and NFPA requirements
  • Manufactured, fabricated, and designed in Canada
    • Thermal: R7 Overall, frame and glass (0.85 W/m2·K/0.15 Btu/ft2·F)
    • Wind load:
      • 4.7m (h) x 1.5m (w) frame size at 1.5 kPa with 6″ back section: 1.5m (w) x 4.7m (h) frame size with 1.5kPa
      • 7.0m (h) x 1.5m (w) frame size at 1.5 kPa with ​​10” back section: 1.5m (w) x 7.0m (h) frame size with 1.5kPa
    • Fire-tested option available (CAN and US)
    • Fibreglass-reinforced plastic (FRP) back body
    • Fibreglass-reinforced plastic (FRP) pressure plate
    • Aluminum anodized snap cap (vanity cap)
    • Extruded silicone or EPDM gaskets
    • EPDM corner blocks
    • PVC anti-rotation (spacer) channels
    • Aluminum spigots (T-connectors)
    • Steel reinforcing members as required
    • (Optional) Structural silicone joint on two sides of glass
    • Back body (interior) paint colours: White, light grey, dark grey as standard. Custom paint finishes available.
    • Snap cap (exterior): Clear anodized aluminum as standard. Custom finishes and custom cap design available.
    • Designed for IGU with 44mm (1.75”) overall thickness
    • Curtain wall must be installed perpendicular(90 degrees) to the floor
    • Curtain walls must be reviewed for structural and load requirements

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