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Phoscrete® Product Information
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The Phoscrete Bond |
Phoscrete is a rigid concrete repair material that permanently and seamlessly bonds to existing concrete substrates. Click here to read our white paper. |
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Easy and Accurate Mixing |
Phoscrete a pre-measured, two component (bag and jug) system that insures accurate and consistent mixing from batch to batch. |
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Self-Leveling |
Phoscrete reduces the labor required for leveling and finishing. Phoscrete forms a smooth and flush surface that blends with the existing concrete surface. |
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Green Product |
Phoscrete meets the criteria to be classified as a Green Product and participates in the Concrete Joint Sustainability Initiative. |
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Controlled Setting |
Phoscrete cures once the exothermic reaction is complete. Specific formulations are available with specific setting and curing cycles. |
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All Season Use |
Phoscrete formulations are available for all climates and temperatures from sub-zero to those far exceeding 200ºF. |
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Rapid Return To Service |
Phoscrete is a rapid curing, high-strength material. Within one hour following placement, Phoscrete attains high compressive strengths, allowing the surface to be opened to heavy duty rubber tired traffic. |
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Partial Depth Repairs |
Because Phoscrete bonds to existing poured concrete, instead of full slab replacement, partial depth repairs achieve faster results with less labor, less material, and less waste. |
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Inhibits Rusting |
Phoscrete is classified as a rust pasivator. On contact, it converts iron oxides to metal phosphates, eliminating existing rust from reinforcing steel, and inhibiting further rusting. |
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Resists Freeze/Thaw Cycling |
Very low porosity combined with its chemcial bond mean Phoscrete repairs are highly resistant to freeze/thaw cycling and drastic weather changes. |
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Chemical Resistant |
Phoscrete is resistant to alkaline materials, including heavy concentrations of salt water. |
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Heat Resistant |
Phoscrete formulations are available that resist continuous operating temperatures above 2500ºF. |
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Last modified at 6/10/2010 9:07 PM by Brian Mintz
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