XStrand® S product is classified as an S-glass according to ASTM C-162, DIN 1259, ISO 2078, ASTM D578, and JIS R3410 standards.

XStrand® S product is classified as an S-glass according to ASTM C-162, DIN 1259, ISO 2078, ASTM D578, and JIS R3410 standards.

By replacing a steel tank with a XStrand® reinforced tank, the 50 % weight savings achieved could be translated into an additional 2 tons reduction of CO2 emissions over the lifetime of a mid-size car

By replacing a steel tank with a XStrand® reinforced tank, the 50 % weight savings achieved could be translated into an additional 2 tons reduction of CO2 emissions over the lifetime of a mid-size car

Depending on applications, XStrand® reinforcements enable up to 50 % weight savings vs. steel  and up to 50 % cost saving vs carbon fiber

Depending on applications, XStrand® reinforcements enable up to 50 % weight savings vs. steel and up to 50 % cost saving vs carbon fiber

XStrand® glass fibers can help reinforce pipes withstanding salt and currents in ocean thermal energy power generation project

XStrand® glass fibers can help reinforce pipes withstanding salt and currents in ocean thermal energy power generation project

Technical Data

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Product Information

Case Studies

  • Case Study-XStrand-Otec

    High-performance glass fiber reinforce pipe moving large volumesof water while withstanding salt and currents in demonstration project.

Technical Papers

XStrand® R Reinforcements

Overview

XStrand® R Roving has been specifically developed for applications that require high-strength, high Modulus and long fatigue life.
Owens Corning High-Performance Reinforcements are made from a boron-free glass formulation that can be classified as a High-Strength R-glass, as defined by the ASTM C-162, DIN 1259 and ISO 2078 standards.
XStrand® R product is also available in fabric and Prepreg forms either from Owens Corning or from our selected converter customers.

See Product Characteristics

Practical Benefits of XStrand® R Reinforcements

  • Up to 35% higher strength, up to 15% increased stiffness and up to 70% tougher versus traditional E-glass fibers
  • For the same strain or stress level, the fatigue life may be improved by as much as 10 times versus traditional E-glass fibers
  • Up to 40% weight savings compared to steel
  • A more cost-competitive solution compared to other commercially available S-glass fibers
  • Offer superior thermal and corrosion resistance properties compared to standard E-glass
© 1999 - 2012 Owens Corning Source of datas are internal OCV® Reinforcemcents