
ShieldStrand® reinforcements provide up to 50% weight savings compared to steel and up to 40% weight savings compared to aluminum.

ShieldStrand® reinforcements offer significant cost savings compared to aramid, UHMWPE and carbon fiber solutions.

ShieldStrand® S glass fibers provide better impact resistance & compression strength in composite parts than E-glass, carbon or aramid fibers.

ShieldStrand® solutions will not burn or melt and meet fire, smoke and toxicity (FST) requirements
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ShieldStrand® RShieldStrand® SBallistics
Lightweight Armor Solutions
Overview
The ShieldStrand® reinforcement product range is a family of high-strength, high-Modulus glass fibers providing vehicle ballistic and blast fragmentation armor protection that meets military performance and maintenance durability specifications with timely delivery. ShieldStrand® Reinforcements are engineered for optimum processing in manufacturing and finished part performance.
ShieldStrand® R and ShieldStrand® S products are available in Fiber, fabric, Prepreg and armor panels either from Owens Corning or from our qualified suppliers.
Industry Need: Improved Protection for Body, Armored Vehicles and Buildings
ShieldStrand® reinforcements meet the growing demand for better protection for soft skin and body armored vehicles, naval vessels, buildings and shelters.
It offers up to 50% higher strength and up to 20% higher modulus than E-glass fiber. ShieldStrand® reinforcement also has better impact resistance and more durability than E-glass.
ShieldStrand® Reinforcements Enables a Lighter-Weight, Cost Effective Ballistic Armor Solution
- Up to 50% lighter than steel and up to 60% lower cost than UHMWPE solutions at the same level of threat
- Ballistic performance comparable to other commercially available S-glasses and aramid but at up to 70% less cost
- Ability to replace or be combined with aluminum or steel where weight is critical and over-match threat levels exist
- Ability also to be combined with Polymer fibers where affordable lightweight structural Composite solutions are required