Eliminailer-T

Testing

• Tested per ANSI/SPRI/FM 4435/ES-1 Standard to comply with the International Building Code.
• Factory Mutual approved for wind uplift protection.
• Miami-Dade Approved (No. 23-0912.08 12/11/28) to comply with the “High Velocity Hurricane Zone of the Florida Building Code.”

Warranty

This high performance nailer alternative comes with a Lifetime, 215 MPH Wind Warranty. It covers replacement or repair of any portion of the system that has failed due to a defect in Metal-Era supplied materials. The warranty covers the product for the lifetime of the roof on which it was originally installed.

Standard Sizes (Face Height, Roof Flange)

• 1.5", 2.5"
  
• 1.5", 5.5"
• 3", 2.5"
• 3," 5.5"
• 5.2", 4"
• 5.2", 5.5"

Materials

Heavy-gauge extruded aluminum.

Efficient Design

• The patented design installs up to 60% faster than wood nailers. 
• The pre-punched, staggered fastening holes ensure proper installation every time, saving time and labor costs.
• The product is guaranteed to improve long-term structural and thermal performance, protecting the roof and offering greater insulation. 
• It won’t crack, warp, split or rot; it is not a food source for insects, non-combustible and won’t absorb moisture.
• All fasteners are included and will arrive to the job site with the product. 
• 1.5" Eliminailer-T replaces one wood nailer and allows 1.5" of Polyiso and 1/2" cover board or up to 2" of Polyiso allowing for continuous insulation to the roof edge, adding up to an R-11.4 to the edge assembly.
• 3" Eliminailer-T replaces two wood nailers and allows 3" of Polyiso and 1/2" cover board or up to 3.5" of Polyiso allowing for continuous insulation to the roof edge, adding up to an R-20.5 to the edge assembly. Initial reports show up to a 35% improvement in thermal performance.
• 5.2" Eliminailer-T replaces three wood nailers and allows 5.2" of Polyiso with a 1/2" cover board or up to 5.7" of Polyiso allowing for continuous insulation to the roof edge, adding up to an R-32 to the edge assembly. Initial reports show a 35% to 47% improvement in thermal performance.