Dr. Fabian has extensive knowledge of various polymer characterization (i.e., physical, mechanical, and chemical) and analytical methods, flammability test methods, and advanced textile performance property measurements. He has researched areas of fundamental polymer physics, additive manufacturing/3D printing, and conducted hundreds of fire research experiments ranging from milligram size samples through complete houses. This expertise enables Dr. Fabian to understand the relationship between materials, products, and complete systems in order to solve problems in a wide variety of industries including polymer formulation, building components, paints and coatings, wire and cable, and consumer products. This expertise has also qualified him to provide scientific support for multiple patent litigations and lawsuits as well as prepare Congressional testimony.
Before founding Blue Sky Polymer Consulting, Dr. Fabian spent 18 years at Underwriters Laboratories leading their fire and polymer R&D groups, and the Regulatory Compliance group for the Consumer Products division. His research focused along two primary lines:
Some of the product areas he has worked on include:
Prior to joining UL, Dr. Fabian spent six years working in textiles including as the lead material scientist at Nextec Applications where he developed bench-scale test methods to better predict real-world apparel performance and utilized those test methods to develop Nextec’s first commercially successful products.
Dr. Fabian is an active leader in the textiles, fire and plastics standards development community for more than 25 years. He has chaired multiple committees in the American Association of Textile Colorists and Chemists (AATCC), chaired committees for plastics combustion characteristics and wildland-urban interface fire test methods in ASTM, and led UL Standards task groups for advancing CTI testing of polymers (UL 746) and developing new fire tests for smoke detectors and alarms (UL 217 and 268). He also participates in the FAA task group for development of new fire tests for material certification.
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Dr. Fabian has extensive knowledge of various polymer characterization (i.e., physical, mechanical, and chemical) and analytical methods, flammability test methods, and advanced textile performance property measurements. He has researched areas of fundamental polymer physics, additive manufacturing/3D printing, and conducted hundreds of fire research experiments ranging from milligram size samples through complete houses. This expertise enables Dr. Fabian to understand the relationship between materials, products, and complete systems in order to solve problems in a wide variety of industries including polymer formulation, building components, paints and coatings, wire and cable, and consumer products. This expertise has also qualified him to provide scientific support for multiple patent litigations and lawsuits as well as prepare Congressional testimony.
Before founding Blue Sky Polymer Consulting, Dr. Fabian spent 18 years at Underwriters Laboratories leading their fire and polymer R&D groups, and the Regulatory Compliance group for the Consumer Products division. His research focused along two primary lines:
Some of the product areas he has worked on include:
Prior to joining UL, Dr. Fabian spent six years working in textiles including as the lead material scientist at Nextec Applications where he developed bench-scale test methods to better predict real-world apparel performance and utilized those test methods to develop Nextec’s first commercially successful products.
Dr. Fabian is an active leader in the textiles, fire and plastics standards development community for more than 25 years. He has chaired multiple committees in the American Association of Textile Colorists and Chemists (AATCC), chaired committees for plastics combustion characteristics and wildland-urban interface fire test methods in ASTM, and led UL Standards task groups for advancing CTI testing of polymers (UL 746) and developing new fire tests for smoke detectors and alarms (UL 217 and 268). He also participates in the FAA task group for development of new fire tests for material certification.