EPDM has gained industry-wide acceptance and respect by providing immediate and long-term roofing solutions. As environmentalists and code regulators place more emphasis on the sustainable performance of building materials, EPDM continues to be the roofing material that stands the test of time. Characteristics that contribute to EPDM's overall system performance include:
Cyclical membrane fatigue resistance
High resistance to ozone, weathering and abrasion
Flexibility in low temperatures
Thermal shock durability.


The greatest test of any construction material is how it performs under actual field conditions. Forty years of empirical experience in field applications has shown EPDM to have the roofing industry's longest average service life. Characteristics that contribute to this superior overall system performance include:

• •Cyclical membrane fatigue resistance
  •Proven hail resistance
  •High resistance to ozone, weathering and abrasion
  •Flexibility in low temperatures
  •Superior resistance to extreme heat and fire
  •Thermal shock durability
  •Ultraviolet radiation resistance
   

EPDM's high resistance to wind damage has also proven to be an increasingly desirable attribute. These roof systems can be designed to meet a variety of wind uplift criteria from Factory Mutual, including 1-60, 1-90, and 1-120 ratings and greater.
Architects, roof consultants and contractors have come to depend on EPDM's time tested, long-term performance.

Please note that EPDM is a commercial roofing product, designed to be used in non-residential roof systems.
 
 

EPDM has gained industry-wide acceptance and respect by providing immediate and long-term roofing solutions. As environmentalists and code regulators place more emphasis on the sustainable performance of building materials, EPDM continues to be the roofing material that stands the test of time. Characteristics that contribute to EPDM's overall system performance include:
• High resistance to ozone, weathering and abrasion
• Flexibility in low temperatures
• Thermal shock durability.