Concrete Restoration Done Right the First Time
Since our humble beginnings in 1985, our remedial concrete clients continue to be our best source of advertising. Word-of-mouth has led to a majority of our business - coming from repeat customers and from referrals. We frequently hear complimentary stories along the lines of “you did a great job of repairing the spalling on their high-rise” or “the parking deck never looked better after your crews were done” from prospective clients who were referred to us.
Our client list includes demanding and discriminating high-end luxury resorts, neighborhood high-rise and low-rise condominiums, commercial office buildings, stand-alone parking structures (where every parking stall is measured in revenue gained or lost), and more.
A fundamental requirement of concrete repair projects is the implementation of corrosion mitigation measures to address corroding in the reinforcing elements. Any other approach would be much less cost-effective! Our staff would be pleased to share the details of how our crews use the latest science and technology to extend the service life of your properties. We can also show you how our repair systems employ a variety of technologies to extend the time interval between repair cycles.
Restoration Systems
All remedial work is performed in accordance with the guidelines that are published by the International Concrete Repair Institute (ICRI), of which we have been long-standing members. These guidelines are recognized as the de facto standard for the repair and restoration of concrete structures on an international scale. During our decades of success in this industry, we forged critical alliances with the industry's leading manufacturers of specialized concrete remediation products. These alliances allow us to benefit from cutting-edge technology in products and systems. The foremost example of this is our use of galvanic corrosion prevention technology, as provided by embedded zinc anodes in our concrete repairs.
Our 3 decades of work on RIC are highlighted by the introduction of several innovative technologies on a large scale to the state. These innovations include:
Installation of corrosion-proof FRP (Fiber-Reinforced Polymer) reinforcing bars
Incorporation of Galvanic Anodes to mitigate corrosion in steel reinforcing
Application of Migrating Corrosion Inhibitor in and around repair areas
Sampling and testing of concrete for chloride content/contamination
Pressurized gun-applied high-strength repair mortars for structural repairs
“In-place” waterproofing of existing retaining walls and slabs-on-grade from “positive-side” without
Trapping water in the wall or slab and without excavation
Our crews and staff are on the leading edge of technologies for the mitigation of deterioration in concrete structures. These technologies benefit our clientele by extending the service life of their properties, or by extending the time interval between repair cycles.
