Polyethylene LLC / Ashland Inc. / DuPont Company / DuPont Engineering Polymers / Eaton / Valvoline / External Life Coolant Systems / Honeywell International Inc. / Toyota / Oxford University Press / Wilson / Prestone / General Motors Corporation / Garrett / John Wiley & Sons / /
Continent
South America / / /
Event
FDA Phase / /
Facility
University of Southern Mississippi / /
IndustryTerm
extended life coolant applications / thermal management applications / plastics parts / amorphous and crystalline plastics / use plastics / automotive coolant systems / antifreeze solutions / test protocol / chemical resistance / chemical formula / Under-the-hood applications / aqueous chemicals / hybrid organic acid technology / oil / oil resistance / metal / corrosion inhibitor technology / plastics / automotive thermal management applications / fiberglass reinforcement / coolant systems / fiberglass / automotive thermal management / polyamide products / organic acid technology / /
Organization
Automotive Learning Center / University of Southern Mississippi / American Plastics Council / Department of Polymer Science / Oxford University / /
Person
Mimi Keating / Kim Lantz / Gary Kozielski Marv Martens / Dino Tres / Clive Robertson / Linda Basso / Walter Atolino Gary Kozielski Marv / Craig Andrews / P. Van de Ven / David Glasscock Walter Atolino Gary / Hajime Ohke-san / / /
Position
designer / representative / /
Product
Dex-Cool® / /
ProvinceOrState
New York / /
Region
Southern Mississippi / /
Technology
corrosion inhibitor technology / organic acid technology / polymerization / test protocol / Material Engineering / hybrid organic acid technology / SAN / /
High Performance Polyamides Fulfill Demanding Requirements for Automotive Thermal Management Components David Glasscock