Owens Corning FOAMGLAS® Industrial Insulation
Robert Mullens is an experienced plant manager currently overseeing operations at Pittsburgh Corning FOAMGLAS® Insulation since August 2010, where a management-based safety program was successfully implemented. Prior roles include manufacturing manager at Siemens, managing a team of seventy-five operators, and materials manager at Laredo Candle Company, where oversight of procurement and material processes took place for a large-scale candle manufacturing operation. Additional experience includes production supervisory roles at Compaq Computer, Home Fragrance Holdings, and Motorola, alongside a solid educational background with a Bachelor of Science degree in Political Science and Economics from Texas A&M University.
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Owens Corning FOAMGLAS® Industrial Insulation
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FOAMGLAS® insulation is part of Owens Corning, a global building and industrial materials leader with three integrated businesses that are dedicated to the manufacture and advancement of a broad range of insulation, roofing and fiberglass composite materials. Leveraging the talents of 19,000 employees in 33 countries, Owens Corning provides innovative products, manufacturing technologies, and sustainable solutions that address energy efficiency, product safety, renewable energy, durable infrastructure, and labor productivity. These solutions provide a material difference to the company’s customers and make the world a better place. For over 70 years, FOAMGLAS® Insulation has been a leading innovator in glass technology for construction providing the highest insulation performance available for critical end uses. FOAMGLAS® cellular glass insulation offers long-term thermal performance and protection. It is non-combustible, non-absorbent, impermeable, and has high compressive strength. It offers ideal properties for process piping and equipment, chilled water systems, storage tanks, passive fire protection, and more. With a service temperature range from -268°C to +482°C (-450°F to 900°F) it is suited to address end user’s “mission critical” facility demands for applications from cryogenic cold to super-heated steam temperatures.