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.
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.
Pump Flush The Terra-Lok™ Pump Flush is a highly effective flush and parts cleaner for airless paint and coating pumps including ancillary parts used in the application of Terra- Lok™ single component prepolymer products. About The Terra-LOK™ Pump Flush Materials Safe to Use WithTerra-Lok™ Pump Flush Teflon Mild Steel Polyethylene Butyl Rubber Halar Polypropylene Silicon Rubbert Melamine …
Over time, the homeowner noticed signs of deterioration in their concrete seawall. Tidal fluctuation was causing soil erosion underneath and behind the seawall. Terra-Lok™ 24-120 polyurethane was used in the bulkhead repair.
Culvert soil loss was resulting in the weakening of the roadway and causing it to settle. To repair the issue, ECRR treated the soils with NCFI’s Terra-Lok™ 24-120.
Liftech, of Denver, CO, lifts bagel bakery freezer floor 4 inches using the Terrathane™ 24-003 geotechnical polyurethane system.
Polyurethane provides unique advantages for filling voids large or small, whether around structures or for stabilizing an area from erosion. About void filling with Polyurethane Chemical Grouts Geotechnical Polyurethanes are an excellent solution for void filling. Our polyurethanes are capable of expanding up to 40 times their original liquid volume. The high expansion helps the …
The adaptability of our Strata-Fill™ polyurethane light weight fill systems gives engineers and contractors a tool which can accomplish unique designs and geotechnical applications. The ability to quickly fill cavities and stabilize structures, while forming the polyurethane material for the needs of the project, is a construction trend that is quickly making its way into geotechnical designs.
The city of Louisville needed to fill the cavities in the rock to create a flat plane in order to tie in rebar forms to construct the facility’s concrete walls and foundation.
Erosion around three-story, in-ground parking garage in Dallas’ uptown area required void-fill around its structural piers
Soil subsidence and erosion caused voids that needed to be filled beneath the Center’s concrete slab foundations.