Over time, concrete can develop cracks, spalling, or surface wear due to factors like weather, water exposure, or structural stresses. Repair techniques vary depending on the damage; common methods include patching, crack injection, resurfacing, and using epoxy or polyurethane fillers to seal and stabilize compromised areas.
Visible cracks, especially horizontal or stair-step cracks, often indicate stress or foundational movement. They can allow water infiltration, leading to further deterioration.
Chipping, flaking, or “spalling” of the surface occurs when concrete loses its protective layer due to freeze-thaw cycles, moisture exposure, or impact, weakening the structure.
Brownish stains from rust indicate corrosion of internal steel reinforcements, while white, chalky efflorescence signals water seepage carrying salts to the surface.
The gradual wearing away of the concrete surface, often due to water, chemicals, or abrasion, can lead to rough, uneven patches that weaken the surface.
Uneven or sinking areas in the concrete structure may suggest foundation issues or soil settlement, which can compromise stability.
Water infiltration, evident by damp or wet patches on the surface, can indicate cracks or poor drainage, leading to structural damage over time.
Water can seep into concrete through cracks or porous areas, causing problems like corrosion of steel reinforcements, freeze-thaw damage, and efflorescence. Moisture exposure over time weakens the structure and leads to surface erosion or spalling.
Low-grade concrete or inadequate mixing ratios can lead to weak structures that are more susceptible to cracking, crumbling, and early degradation.
If concrete is not mixed, poured, or cured properly, it can develop weaknesses that make it more prone to cracking, scaling, and other structural issues over time.
Concrete exposed to chemicals, especially salts, chlorides, or acids, can suffer from accelerated corrosion of reinforcements and surface erosion, as these substances weaken the concrete’s structure and integrity.
Shifting or settling soil beneath concrete structures can lead to uneven settlement, causing cracks and instability in the structure above.
Excessive loads or stresses beyond the design capacity of the concrete can cause it to crack, tilt, or even collapse in severe cases.
Use epoxy or polyurethane injection to fill cracks, especially for structural cracks. These materials bond the concrete and prevent further water infiltration. Surface cracks can be sealed with flexible sealants to protect against moisture and freeze-thaw cycles.
For chipped or flaking surfaces, apply a concrete resurfacer or patching compound to restore smoothness and protect the underlying concrete. In severe cases, damaged areas may need to be cut out and replaced with fresh concrete.
Apply corrosion inhibitors or recoat exposed steel reinforcements with anti-corrosion agents to prevent further rusting. For significant corrosion, consider replacing the reinforcements and adding protective coatings.
Use a high-quality concrete sealant to protect against moisture, chemicals, and salts. This helps prevent further water infiltration and reduces freeze-thaw damage.
for sinking or shifting concrete, techniques like underpinning or mudjacking (injecting grout beneath the slab) can level the surface and prevent further movement. Soil stabilization around the foundation may also be needed to prevent future settling.
If water infiltration is causing issues, install drainage systems around the structure, such as French drains or weep holes, to channel water away from the concrete.
Fantastic work, got all the paperwork processed in a timely fashion at the city, Lighthouse Point. I’ve had bad experiences with other dock, Seawall and lift companies, Everyone at the Dock Experts was great. Andrew sold me on the lift, and everyone at the office, and work crew, moved the project along from start to finish in quick time. I highly recommend them. I’m having them do sock at a rental property I own, and will recommend them to friends.
These guys are the best! If you want a company that gets it done right, answers the phone, and follows through- look no further. Tom has been great to work with and the crew including Bob, Gary, Tony, and Chad are true professionals. After completing a new dock and lift a year ago- we are still extremely happy we chose to work with them. And yes -they do still answer the phone when I have called!
We highly recommend Dock Experts! Our seawall completely collapsed. The owners Andrew and Tom and their staff were always available to answer our questions or concerns. Our project was challenging in many ways and they figured out how to attack the issues. They are perfectionists. Our extensive project was finished in a timely manner. No mess left behind. We wish we could personally name all the hard workers that gave us our home back. Too many to remember , but Bob, Tom, Mike and his son Brett all amazing and Jennifer in the office. Many thanks. The pictures below say it all!
Had problem with cables on a 4 poster lift. Called Andrew for service a d got immediate response. Had service team on site the next day. Chad Gorman and his helper did a outstanding job of keeping me informed of needs and progress. Did a outstanding job of diagnosis and repair of the problem. Also took care of some minor repairs and adjustments to get the lift to 100%. Could not have been more satisfied.