Restoring Stability: SlabFix’s Solution for Juicer’s Facility
SlabFix out of Orlando, FL used the Strata-Fill 24-039 to fill voids underneath a slab caused by a pipe leak eroding 20 cubic yards of soil under the slab.
Florida Seawall Foam Repair using Terra-Lok™ 24-120 Single Component System
Check out our Seawall Foam Repair video displaying the Seawall Soil Stabilization process using the Terra-Lok™ 24-120 Single Component Polyurethane System
Concrete Uprising Stabilizes Inundated Elevator Pit with NCFI Terra-Lok™ 24-120 Single Component Polyurethane
Concrete Uprising Stabilizes an Inundated Elevator Pit with NCFI Terra-Lok™ 24-120 Single Component Polyurethane
EagleLIFT Uses Strata-Fill™ 24-023 to Stabilize Cribwall at Big Sur’s Limekiln Creek
The crib wall was about 290 linear feet with voids throughout a 160-ft portion. The goal was to use the NCFI Strata-Fill™ 24-023 low-exotherm polyurethane system to fill the voids, stabilize the wall, and densify the loose soils.
Ram Jack Arizona uses NCFI TerraThane 24-003 to Stabilize 47 Rocking Slabs
Ram Jack Arizona used NCFI TerraThane 24-003 to stabilize the joints of 47 slabs, completing the initial phase of the project in approximately 12 hours.
Void Filling
Polyurethane provides unique advantages for filling voids large or small, whether around structures or for stabilizing an area from erosion.
Leveling Parking Lots with Polyurethane
NCFI polyurethanes are an excellent solution for rehabilitating parking lots that develop bellies, become uneven, or begin to show signs of settlement.
Concrete Joint Matching
Leveling joints between concrete slabs is a fast and effective process with NCFI’s Geotechnical polyurethanes.
Cavity Fill
Our Strata-Fill™ Light Weight Fill polyurethane systems give contractors and engineers a unique solution for form filling while creating usable structures. This “construction in the field” design is highly adaptable for a variety of uses.
Dallas Parking Garage Void Fill
Erosion around three-story, in-ground parking garage in Dallas’ uptown area required void-fill around its structural piers