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  • Home News Roman Stone Announces Partnership with RockFiber™ Bringing MiniBars™ to U.S. Precast Market

    Roman Stone Announces Partnership with RockFiber™ Bringing MiniBars™ to U.S. Precast Market

    BY Composights

    Published: 11 Nov 2025

    Roman Stone has partnered with Rock Fiber, Inc. to introduce MiniBars , a next-generation reinforcement product made from basalt fiber reinforced macro-fibers to the U.S. precast concrete industry.

    Daniel Murray President and CEO of Roman Stone, states, By bringing MiniBars to our precast portfolio, Roman Stone is giving the industry a smarter, faster, and more durable way to build. The addition of this novel reinforcement gives us the ability to streamline our manufacturing processes and allows us to offer a more sustainable and durable product for our customers far beyond a traditional precast product. Through our extensive engineering and testing, we proved that the performance of the MiniBars allows us to develop, engineer, and launch new products in a fraction of the time versus traditional product development. Additionally, the product is substantially stronger, more durable, and most importantly greener than any product on the market. It s a win for contractors, engineers, and communities who demand both performance and sustainability.

    MiniBars are engineered to replace or reduce traditional steel reinforcement, offering a non-corrosive, lightweight, and sustainable alternative. Designed to mix evenly throughout concrete, MiniBars provide uniform reinforcement and deliver exceptional post-crack strength, impact resistance, and fatigue durability, without the drawbacks of other macro-fibers.

    For contractors and municipalities, the benefits are immediate:

    • Strength and Durability Without Rust  Composite MiniBars made with Basalt fibers deliver 4 times the strength of conventional rebar at just 30% the weight of rebar, and flood the concrete matrix, delivering strength and ductility throughout while being immune to corrosion, ensuring longer service life in harsh environments such as marine, wastewater, and de-icing salt exposure.
    • Reduced Costs and Faster Production  MiniBars eliminate the need for rebar cages, saving labor and fabrication time while enabling thinner, lighter precast units.
    • Stronger Performance  Precast products reinforced with MiniBars arrive crack-free, withstand long-distance shipping, and provide superior structural integrity under load.
    • Sustainable Choice  Using fibers produced directly from volcanic rock, MiniBars have a substantially lower carbon footprint than steel without corrosion and support significantly longer lifecycle infrastructure.

    Rock Fiber is very pleased to have partnered with Roman Stone as a forward-leaning precaster with a focus on costs, durability and sustainability, said Bryan Green, CEO of Rock Fiber.   MiniBars introduce strength, ductility and design freedom combined with sustainability for pre-casters and many other concrete applications, while being easier to implement than steel wire macro-fibers.

    Source romanstoneco.com

    Home News Roman Stone Announces Partnership with RockFiber™ Bringing MiniBars™ to U.S. Precast Market

    Roman Stone Announces Partnership with RockFiber™ Bringing MiniBars™ to U.S. Precast Market

    BY Composights

    Published: 11 Nov 2025

    Roman Stone has partnered with Rock Fiber, Inc. to introduce MiniBars , a next-generation reinforcement product made from basalt fiber reinforced macro-fibers to the U.S. precast concrete industry.

    Daniel Murray President and CEO of Roman Stone, states, By bringing MiniBars to our precast portfolio, Roman Stone is giving the industry a smarter, faster, and more durable way to build. The addition of this novel reinforcement gives us the ability to streamline our manufacturing processes and allows us to offer a more sustainable and durable product for our customers far beyond a traditional precast product. Through our extensive engineering and testing, we proved that the performance of the MiniBars allows us to develop, engineer, and launch new products in a fraction of the time versus traditional product development. Additionally, the product is substantially stronger, more durable, and most importantly greener than any product on the market. It s a win for contractors, engineers, and communities who demand both performance and sustainability.

    MiniBars are engineered to replace or reduce traditional steel reinforcement, offering a non-corrosive, lightweight, and sustainable alternative. Designed to mix evenly throughout concrete, MiniBars provide uniform reinforcement and deliver exceptional post-crack strength, impact resistance, and fatigue durability, without the drawbacks of other macro-fibers.

    For contractors and municipalities, the benefits are immediate:

    • Strength and Durability Without Rust  Composite MiniBars made with Basalt fibers deliver 4 times the strength of conventional rebar at just 30% the weight of rebar, and flood the concrete matrix, delivering strength and ductility throughout while being immune to corrosion, ensuring longer service life in harsh environments such as marine, wastewater, and de-icing salt exposure.
    • Reduced Costs and Faster Production  MiniBars eliminate the need for rebar cages, saving labor and fabrication time while enabling thinner, lighter precast units.
    • Stronger Performance  Precast products reinforced with MiniBars arrive crack-free, withstand long-distance shipping, and provide superior structural integrity under load.
    • Sustainable Choice  Using fibers produced directly from volcanic rock, MiniBars have a substantially lower carbon footprint than steel without corrosion and support significantly longer lifecycle infrastructure.

    Rock Fiber is very pleased to have partnered with Roman Stone as a forward-leaning precaster with a focus on costs, durability and sustainability, said Bryan Green, CEO of Rock Fiber.   MiniBars introduce strength, ductility and design freedom combined with sustainability for pre-casters and many other concrete applications, while being easier to implement than steel wire macro-fibers.

    Source romanstoneco.com