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Polyurethane Foam Void Filling

Polyurethane foam void filling provides unique advantages for filling voids large or small, whether around structures or for stabilizing an area from erosion. 
Polyurethane Foam Void Filling

About Polyurethane Foam Void Filling with Polyurethane Chemical Grouts

Geotechnical Polyurethanes are an excellent solution for filling voids. Our void fill foam is capable of expanding up to 40 times its original liquid volume. The high expansion helps the polyurethane find the path of least resistance, filling cavities, cracks and crevices, and reconnecting the structure back to the soil underneath.  The polyurethane void fill foam is light-weight and minimizes stress on weak soils to help prevent further settlement due to weight overburden.

Polyurethane Systems

For Polyurethane Foam Void Filling

Our single and dual component geotechnical polyurethane foam void filling formulas are light-weight and have a variety of densities and cure time to meet your preferences.

Benefits

Of Polyurethane Foam Void Filling with Polyurethane

NCFI Geotechnical polyurethanes are formulated and tested to ensure performance. We offer light-weight, high expansion, and low-exotherm polyurethane systems that are specially formulated for filling voids both large and small.

Benefits Include:

  • Fast Cure Times
  • Lightweight
  • No Excavation
  • Environmentally Safe Polyurethanes
  • Minimal Disruption to Operations
  • High Structural Integrity
  • Low Volume Repair
  • Stringent Quality Control
  • Made in America
Case Studies
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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.
Read This Case Study →
Terra-Lok Single Component Seawall Foam Repair System

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
Read This Case Study →
Ohio State University Track Stabilization Using Polyurethane Injection

Mr. Level Uses NCFI Geotechnical Polyurethanes to Stabilize Ohio State’s Field House Indoor Track

To help Ohio State avoid excavating the Indoor track, Mr. Level worked with NCFI Geotechnical to provide them with a solution called Deep Soil Injection.
Read This Case Study →
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