DuraTite™ Roof 2.5

DuraTite™ Roof 2.5

DuraTite™ 2.5 Spray Polyurethane Roofing Foam is HFC-blown, Zero Ozone-Depleting (Zero-ODP), closed-cell spray polyurethane foam systems. These systems improve energy efficiency and offer both a low lifecycle cost and environmental impact with almost no maintenance.

DuraTite™ roof systems are ASTM E-108 Class A/B Roof System compliant, UL Class A/B compliant and UL Class II compliant and Miami-Dade County Product Control approved.

DuraTite™ 2.5 has a Compressive Strength of 40-45; a Tensile Strength of 60-80; and an R-value of 6.3 per inch.

WHY DURATITE™ ROOFING SYSTEMS?

  • Good yield
  • Does not shrink, pull or crack when installed correctly
  • Seamless, fully-adhered and self-flashing
  • Extremely lightweight, weather resistant with outstanding insulation characteristics
  • Covers complex geometrical shapes, protrusions, and materials such as: glass, concrete, metal, old mortar, brick and BUR

HOW DURATITE™ ROOFING SYSTEMS SAVE MONEY

  • Is a cost-effective alternative to conventional roofing materials and systems
  • Minimal disruption to operations
  • Lowers heating and cooling costs
  • Eliminates wind uplift risk
  • Maintains physical properties over time
  • Increases roof life

DURATITE™ ROOFING SYSTEMS LISTINGS

APPROVALS/COMPLIANCE:
  • ASTM E-108 Class A/B Roof System
  • UL Class A/B approval
  • UL Class II: California Fire Marshal Listing, City of Los Angeles Listing
  • Miami- Dade County Product Control approved, California Bureau of Home Furnishings
FIRE RATED ASSEMBLIES:
  • Class A and B--UL Roofing Systems
  • Class A Combustible Deck--UL Roofing Systems Assembly #35
  • 2 Hour Class A--UL Design
  • 3 Hour Class A—-UL Design

NOT RECOMMENDED FOR:

  • DuraTite™ 2.5 is NOT designed for use as an INTERIOR insulation system
  • Cold-storage structures, such as refrigerators and freezers demand special design considerations with regard to thermal insulation and moisture-vapor drive. DuraTite™ 2.5 should NOT be installed in these types of constructions unless the structure was designed by a design professional for specific use as cold storage
  • DuraTite™ 2.5 is neither tested nor represented as suitable for medical or pharmaceutical uses
  • DuraTite™ 2.5 insulation is combustible. High-intensity heat sources such as welding or cutting torches must not be used in contact with or in close proximity to DuraTite™ 2.5 or any polyurethane foam.

PROCESS TEMPERATURE RANGES

Process Temperatures:

  • Iso (A) & Resin (B) Components - 120 – 140° F (49 – 60° C)
  • Hose - 120 – 140° F (49 – 60° C)
  • Substrate Temperature - 50 – 160° F (10 – 71° C)