Skip to content

Oscar Cordo

Oscar Cordo
Global Manager, Standards and Trademarks/Copyright
Oscar Cordo has his undergraduate degree in Electrical Engineering from Florida International University and Master’s degree in Management/Computer Information Systems from Nova Southeastern University.

He has over 30 years of experience in all aspects of weathering and lightfastness testing including experience at Atlas’ natural weathering sites and managing the US accelerated weathering laboratory. His current responsibilities include global participation and coordination of standards committee activities for Atlas, trademark and copyright management, and leading trademark strategy and monitoring worldwide.

Oscar is an active member of ASTM, ISO, FGIA, SAE, and various other committees. He is the Chairman for ASTM committees/subcommittees G03 on Durability of Materials and G03.01 on Joint Weathering Projects. He also serves as a US delegate to ISO TC 61 on Plastics, ISO TC 38 on Textiles, and as Chairman of the US delegation to ISO TC 35/SC 9 on Coatings.

  • {7}

    {1} {4}



    Keep Reading
  • Example of front and back spray in a Ci Weather-Ometer
    The Truth About Rack Back Spray and Its Use in SAE J1960/SAE J2527

    August 2, 2021 | Oscar Cordo

    It is no secret that moisture is a major degradation mechanism for many materials. Relative humidity, rainfall, and one-off applications of water to a material’s surface all contribute to degradation in their own ways. This was recognized by Bill Lane, a member of the founding family of Atlas, through the works of Fred Stieg Jr., a paint and coatings researcher, that were published throughout the 1960’s. Stieg’s paper titled “Accelerating the Accelerated Weathering Test” from 1966 and his subsequent paper “The Dew Cycle Weather-Ometer® Re-evaluated - A Literature Review” in 1975 led to the development of the Atlas Dew Cycle Weather-Ometer®, a modified Sunshine Carbon Arc instrument with rack spray that was equipped with a chiller to enhance the formation of dew on the surface of samples under test.

    Keep Reading