PAC-Shield CI Nail Base_Facade-HL

PAC-Shield CI Nail Base

Wall Insulation

Features

task_altR 6.6- R 25.6 (OSB)
task_altR 6.8- R 25.8 (ply)
task_alt1.5” – 4.5” Thick (OSB)
task_alt1.6” – 4.6” Thick (ply)

Features

task_altR 6.6- R 25.6 (OSB)
task_altR 6.8- R 25.8 (ply)
task_alt1.5” – 4.5” Thick (OSB)
task_alt1.6” – 4.6” Thick (ply)

PAC-Shield CI Nail Base is an energy efficient rigid insulation panel composed of a closed cell polyisocyanurate foam core bonded to a premium performance coated glass facer on one side and 7/16” or 5/8” OSB or plywood on the other. It is designed for use in Type V commercial and residential wall applications to provide both continuous insulation and a cladding attachment substrate within the building envelope.

Applications

  • Approved component of PAC-CLAD Wall Systems
  • Provides continuous insulation (ci) for standard wood frame, FRT wood frame, steel stud, CMU and concrete exterior wall construction
  • Suitable substrate for numerous claddings/finishes including metal, fiber cement siding, masonry, composite cladding systems, wood clapboards, wood shingles and vinyl siding
  • Suitable for new construction and retrofit on commercial and residential exterior walls

Panel Characteristics

  • Manufactured with NexGen Chemistry: Zero Ozone Depleting Potential (ODP); Contains no CFCs, HCFCs or HFCs; Virtually zero Global Warming Potential (GWP). Use of PAC-CLAD products help reduce the carbon footprintof buildings.
  • Polyiso offers increased R-value per inch vs mineral fiber, XPS or EPS options
  • A superior combination of high insulating properties and nailable surface
  • Provides improved dimensional stability and fire performance
  • ASTM C 1289 Type V made with Type II Class 2 foam
  • Available in 4’ x 8’ (1220mm x 2440mm) panels in thicknesses of 1.5” (38mm) – 4.7” (119mm)
  • Available with 7/16” or 5/8” OSB
  • Available with 5/8” or 3/4” Plywood

Potential Leed® Credits For Polyiso Use

  • Energy and Atmosphere
    • Optimize Energy Performance
  • Materials & Resources
    • Building Life-Cycle Impact Reduction
    • Environment Product Declaration
    • Material Reuse
    • Recycled Content
    • Construction and Demolition Waste Management
  • Indoor Environmental Quality
    • Thermal Comfort
layers4’ x 8’

PAC-Shield CI Nail Base is an energy efficient rigid insulation panel composed of a closed cell polyisocyanurate foam core bonded to a premium performance coated glass facer on one side and 7/16” or 5/8” OSB or plywood on the other. It is designed for use in Type V commercial and residential wall applications to provide both continuous insulation and a cladding attachment substrate within the building envelope.

Applications

  • Approved component of PAC-CLAD Wall Systems
  • Provides continuous insulation (ci) for standard wood frame, FRT wood frame, steel stud, CMU and concrete exterior wall construction
  • Suitable substrate for numerous claddings/finishes including metal, fiber cement siding, masonry, composite cladding systems, wood clapboards, wood shingles and vinyl siding
  • Suitable for new construction and retrofit on commercial and residential exterior walls

Panel Characteristics

  • Manufactured with NexGen Chemistry: Zero Ozone Depleting Potential (ODP); Contains no CFCs, HCFCs or HFCs; Virtually zero Global Warming Potential (GWP). Use of PAC-CLAD products help reduce the carbon footprintof buildings.
  • Polyiso offers increased R-value per inch vs mineral fiber, XPS or EPS options
  • A superior combination of high insulating properties and nailable surface
  • Provides improved dimensional stability and fire performance
  • ASTM C 1289 Type V made with Type II Class 2 foam
  • Available in 4’ x 8’ (1220mm x 2440mm) panels in thicknesses of 1.5” (38mm) – 4.7” (119mm)
  • Available with 7/16” or 5/8” OSB
  • Available with 5/8” or 3/4” Plywood

Potential Leed® Credits For Polyiso Use

  • Energy and Atmosphere
    • Optimize Energy Performance
  • Materials & Resources
    • Building Life-Cycle Impact Reduction
    • Environment Product Declaration
    • Material Reuse
    • Recycled Content
    • Construction and Demolition Waste Management
  • Indoor Environmental Quality
    • Thermal Comfort

layers4’ x 8’
close
close