NCFI ProRise 2.0# Concrete Stabilization Rigid Foam
ProRise geotechnical polyurethane foams are ideal choices for making repairs to sunken or misaligned concrete slab sections around residences and structures. Sunken or misaligned sidewalk sections, foundations, patios, concrete steps and driveways can be repaired in most cases by injecting ProRise under the concrete to raise and level it to its original position, possibly avoiding costly tear-out and concrete replacement.
NCFI ProRise 2.8# Concrete Lifting Foam
TerraThane™ 24-010 is a 2.8lb water blown, MDI-based geotechnical polyurethane formulated for quick expansion and pinpoint control for lifting and leveling. 24-010 is available with an NSF/ ANSI 61 Section 5 –2017 certification
NCFI ProRise Concrete Lifting Foam, 3.0# Fast Water Blown Concrete Jack for Wet Conditions Foam
ProRise geotechnical polyurethane foams are ideal choices for making repairs to sunken or misaligned concrete slab sections around residences and structures. Sunken or misaligned sidewalk sections, foundations, patios, concrete steps and driveways can be repaired in most cases by injecting ProRise under the concrete to raise and level it to its original position, possibly avoiding costly tear-out and concrete replacement.
NCFI ProRise Concrete Lifting Foam, 4.0# Water Blown Concrete Jacking Foam
ProRise geotechnical polyurethane foams are ideal choices for making repairs to sunken or misaligned concrete slab sections around residences and structures. Sunken or misaligned sidewalk sections, foundations, patios, concrete steps and driveways can be repaired in most cases by injecting ProRise under the concrete to raise and level it to its original position, possibly avoiding costly tear-out and concrete replacement.
NCFI ProRise Concrete Lifting Foam, 2.0# Underground Void Fill for Wet Conditions Foam
ProRise geotechnical polyurethane foams are ideal choices for making repairs to sunken or misaligned concrete slab sections around residences and structures. Sunken or misaligned sidewalk sections, foundations, patios, concrete steps and driveways can be repaired in most cases by injecting ProRise under the concrete to raise and level it to its original position, possibly avoiding costly tear-out and concrete replacement.
NCFI ProRise Concrete Lifting Foam, 4.0# Water Blown Concrete Jack for Wet Conditions Foam
TerraThane 24-003 is a 4 lb hydrophobic/ hydro insensitive, MDI based, water blown system that is designed for exceptional spread and lifting capacity The hydrophobic nature of 24-003 allows it to maintain exceptional physical properties even in saturated conditions. Available with NSF/ANSI 61 Section 5 -2017 certification
NCFI ProRise Concrete Lifting Foam; 3.5# Water Blown Void Fill for Wet Conditions
ProRise geotechnical polyurethane foams are ideal choices for making repairs to sunken or misaligned concrete slab sections around residences and structures. Sunken or misaligned sidewalk sections, foundations, patios, concrete steps and driveways can be repaired in most cases by injecting ProRise under the concrete to raise and level it to its original position, possibly avoiding costly tear-out and concrete replacement.
NCFI ProRise GeoTech Ditch Break Foam
ProRise geotechnical polyurethane foams are ideal choices for making repairs to sunken or misaligned concrete slab sections around residences and structures. Sunken or misaligned sidewalk sections, foundations, patios, concrete steps and driveways can be repaired in most cases by injecting ProRise under the concrete to raise and level it to its original position, possibly avoiding costly tear-out and concrete replacement.
NCFI ProRise Low Exotherm Concrete Lifting Foam, 2.2# HFO Blown Rigid Foam
ProRise geotechnical polyurethane foams are ideal choices for making repairs to sunken or misaligned concrete slab sections around residences and structures. Sunken or misaligned sidewalk sections, foundations, patios, concrete steps and driveways can be repaired in most cases by injecting ProRise under the concrete to raise and level it to its original position, possibly avoiding costly tear-out and concrete replacement.
