Roving

Composites

How Glass Reinforcements Can Enhance Vehicle Efficiency Among Owens Corning Highlights at Upcoming Trade Show

Company to exhibit at JEC Europe 2013, beginning on March 12 in Paris TOLEDO, Ohio - Light weighting vehicles for improved fuel efficiency and helping to reduce carbon dioxide emissions are among the benefits glass reinforced composites can have on the cars and trucks we drive. These topics will be among the highlights of what Owens Corning will present at the JEC Europe 2013 show in Paris,...

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Composites

How Glass Reinforcements Can Enhance Vehicle Efficiency Among Owens Corning Highlights at Upcoming Trade Show

Company to exhibit at JEC Europe 2013, beginning on March 12 in Paris TOLEDO, Ohio - Light weighting vehicles for improved fuel efficiency and helping to reduce carbon dioxide emissions are among the benefits glass reinforced composites can have on the cars and trucks we drive. These topics will be among the highlights of what Owens Corning will present at the JEC Europe 2013 show in Paris,...

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Yarns

Glass Fiber features tensile modulus of 14,359 ksi.

Developed using Modular Direct Melt production technology, S-3 UHM™- utilizes unique formulation of S-Glass raw materials to develop mechanical properties. Material is available in range of different formats including yarns, rovings, and chopped fibers. With S-3 UHM, designers and manufacturers will be able to use glass fiber reinforcement in areas previously limited to other types of fibers.

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Yarns

Glass Fiber features tensile modulus of 14,359 ksi.

Developed using Modular Direct Melt production technology, S-3 UHM™Ã‚- utilizes unique formulation of S-Glass raw materials to develop mechanical properties. Material is available in range of different formats including yarns, rovings, and chopped fibers. With S-3 UHM, designers and manufacturers will be able to use glass fiber reinforcement in areas previously limited to other types of...

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Roving

Multi-End Roving is designed for translucent panels.

Made with Advantex-® E-CR glass, OC HiLight(TM) features sizing for maximum clarity in architectural applications. Glass content in finished laminates delivers strength and stiffness while minimizing required resin. Translucence is optimized by minimization of white fibers, which avoids air entrapment and reduces light distortion. Formulation optimizes optical quality and light transmission for...

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Roving

Multi-End Roving is designed for translucent panels.

Made with AdvantexÂ-® E-CR glass, OC HiLight(TM) features sizing for maximum clarity in architectural applications. Glass content in finished laminates delivers strength and stiffness while minimizing required resin. Translucence is optimized by minimization of white fibers, which avoids air entrapment and reduces light distortion. Formulation optimizes optical quality and light transmission...

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Roving

Single-End Type 30® Roving is suited for fabrics and pre-pregs.

Compatible with thermoset resin systems and weaving processes, SE1550 is made from Advantex-® corrosion-resistant E-CR glass fiber reinforcement. Sizing and chemical binding technology makes roving suited for use in unsaturated polyesters, vinyl esters, and epoxy resins. Fabrics manufactured using SE1550 exhibit optimized mechanical performance as well as performance retention after exposure to...

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Roving

Single-End Type 30-® Roving is suited for fabrics and pre-pregs.

Compatible with thermoset resin systems and weaving processes, SE1550 is made from AdvantexÂ-® corrosion-resistant E-CR glass fiber reinforcement. Sizing and chemical binding technology makes roving suited for use in unsaturated polyesters, vinyl esters, and epoxy resins. Fabrics manufactured using SE1550 exhibit optimized mechanical performance as well as performance retention after exposure...

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Fiberglass Reinforced Plastic (FRP)

Glass Fiber Rovings suit wind turbine blade applications.

Using proprietary new glass formulation, S-1 HM(TM) glass fibers feature 90 GPa tensile modulus and are suited for use in wind turbine blade applications. High-performance rovings, otherwise optimized for tensile strength, compressive strength, and compressive modulus, are fatigue resistant and come in various yields for epoxy and polyester resin systems. Direct roving product form is tailored...

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Fiberglass Reinforced Plastic (FRP)

Glass Fiber Rovings suit wind turbine blade applications.

Using proprietary new glass formulation, S-1 HM(TM) glass fibers feature 90 GPa tensile modulus and are suited for use in wind turbine blade applications. High-performance rovings, otherwise optimized for tensile strength, compressive strength, and compressive modulus, are fatigue resistant and come in various yields for epoxy and polyester resin systems. Direct roving product form is tailored...

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