520-878-6200
Second Chance™ is a surface applied concrete finish recovery solution designed to restore workability when the finishing window begins to close while preserving slab quality and performance.
Years Industry Experience
Commercial Pours Supported
Distribution Partners
Maintains compressive integrity without altering the mix design or adding water.
Restores surface cream and gives crews critical finishing time during active pours.
Reduces surface tension and micro cracking for a smoother, more consistent finish.
Safe, non hazardous, and designed specifically for concrete finishing environments.
Second Chance™ has been honored with the prestigious World of Concrete Most Innovative Product Award in the Repair Category.
Acknowledged by industry leaders for breakthrough innovation in concrete surface recovery technology.
Field-tested and trusted by professionals across commercial and industrial projects nationwide.
Second Chance was developed to solve one of the most common and costly challenges in concrete finishing. Loss of surface workability under changing conditions can compromise quality and schedule. Our team combines formulation science with hands on industry experience to deliver a solution that protects strength, improves consistency, and restores control when timing becomes critical.

Concrete finishability can be lost faster than planned due to heat, wind, mix variability, and changing site conditions. When the surface tightens too early, crews are forced to rush finishing or attempt risky corrections that can compromise surface quality, appearance, and long term performance.

Second Chance is applied to the concrete surface during finishing when workability begins to decline. It restores surface finishability, allowing crews to continue finishing operations with control and consistency without adding water or altering the mix.

Crews maintain control during finishing even when conditions change. Surface quality improves, finishing operations stay on schedule, and the risk of rushed work or corrective measures is reduced, resulting in more consistent outcomes across pours.

January 1, 2026

January 1, 2026

January 1, 2026