REGEN Fiber holds Environmental Product Declarations for its micro fibers, providing high-performance reinforcement in concrete, asphalt, and composites with verified environmental transparency.

A total of 83 cubic yards of REGEN Fiber E-Flex 500 reinforced concrete was poured for a parking lot and apron for large Midwestern utility company. The project replaced existing concrete. The use of the reinforcement fibers made from 100% recycled material saved time on site with easy introduction to the mix, excellent workability, no impact on finishing techniques and added sustainability benefits.

A total of 83 cubic yards of REGEN Fiber E-Flex 500 reinforced concrete was poured for a parking lot and apron for large Midwestern utility company. The project replaced existing concrete. The use of the reinforcement fibers made from 100% recycled material saved time on site with easy introduction to the mix, excellent workability, no impact on finishing techniques and added sustainability benefits.

REGEN Fiber’s concrete reinforcement fibers, made from recycled wind turbine blades, reinforced the Iowa River rail bridge project. This sustainable material exceeded expectations in strength, pumpability, and finish quality.

Fiber-reinforced concrete can improve durability, crack control, and sustainability in industrial flooring systems. Learn design strategies, benefits, and real-world applications.

In data center construction, a day late is like being a year late anywhere else. Following years of planning, speed is suddenly critical. The concrete package—especially floor slabs, precast panels, and structural components—has to move efficiently from pour to finish without slowdowns.