Improving Freeze-Thaw Resistance with Fiber-Reinforced Concrete in Harsh Environments Adding fibers to concrete makes it better able to handle freeze-thaw cycles. These fibers act like tiny bridges, holding the concrete together and spreading out the stress to improve frost resistance. See Post
Press release: Groundbreaking recycling solution for wind turbine blades unveiled REGEN Fiber unveils a sustainable, patent-pending process to recycle decommissioned wind turbine blades into high-performance concrete reinforcement fibers, reducing landfill waste and supporting circular economy goals. See Post
Press release: REGEN Fiber Unveils Innovative Wind Turbine Blade Recycling Solution REGEN Fiber’s innovative process shreds the blades, extracts usable components, and transforms them into premium products that are used in construction materials, such as concrete. REGEN Fiber’s all-mechanical recycling process avoids using heat or chemicals, providing a more environmentally friendly solution. See Post
Environmental Benefits of Fiber Reinforced Concrete for Sustainable Construction Fiber reinforced concrete reduces the need for steel reinforcement and extends the life of concrete structures—cutting emissions, improving durability, and supporting circular economy goals with recycled fiber materials. See Post
“You couldn’t tell the fibers were there after it was broomed, cured and saw cut. I definitely prefer using [REGEN Fiber concrete fibers] compared to steel fibers”
“I would definitely use REGEN Fiber’s [concrete reinforcement] fibers again, as they provide an environmentally friendly substitution for polypropylene fibers."