Dramatically Improve Concrete Appearance & Strength with Expert Repairs

Restore, protect, and strengthen your concrete structures with our proven restoration and repair solutions.
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The world’s innovative companies use Flowspark

Our Services Include

Crack Repair & Filling
Spall Repair & Surface Renewal
Expansion Joint Caulking
Balcony & Facade Restoration
Masonry Repairs
Structural Strengthening
Concrete Grinding & Leveling
Deteriorated Concrete Repairs
Anchorage & Support Repairs
Precast Concrete Repairs
Post-Tensioned Reinforcement Repairs
Structural Stabilization
Floor Patching & Resurfacing
Seawall & Exterior Concrete Repairs
Company's Performance

2478

+
Projects Completed

We’ve completed a range of high-quality residential and commercial properties, built withprecision, care, and client satisfaction in mind.

5,454

Inspections

We conduct thorough inspections at every stage to ensure your property meets all safety, structural, and quality standards.

1789

+
Permits Approved

All necessary building and zoning permits are secured before construction begins, ensuring full compliance with local regulations.

289

+
Violations Legalized

We help identify and resolve building code violations, ensuring your property is fully legalized and up to current standards.

Our 8-Step Process Includes

Initial Inquiry

Reach out to us via phone, email, or website to discuss your concrete concerns. Whether it’s cracks, spalling, or major structural damage, we’ll answer your questions and arrange an on-site visit.

On-Site Assessment

Our restoration experts will thoroughly inspect the affected concrete surfaces, identify damage severity, and determine the most effective repair method. We also evaluate the surrounding structure for hidden deterioration.

Proposal & Agreement

After the assessment, we prepare a detailed proposal outlining scope of work, recommended materials, estimated costs, and project timelines. Once approved, we finalize the agreement and set the work schedule.

Preparation

Before repairs begin, we clean the surface, remove loose debris, and protect surrounding areas. We also check moisture levels, pH balance, and prepare reinforcement if necessary.

Restoration & Repairs

Our team performs the agreed repairs, which may include filling cracks, replacing damaged concrete, reinforcing structural elements, and applying protective coatings. Techniques like shotcrete, epoxy injection, and grouting are used as needed.

Surface Preparation

We grind, blast, or scarify the surface to ensure proper bonding of finishing materials. This step guarantees a durable and long-lasting repair.

Coating & Protection

Depending on project needs, we apply sealers, epoxy coatings, or polyurethane finishes to protect the restored concrete from wear, moisture, and environmental damage.

Final Inspection & Clean-up

We conduct a thorough final inspection to ensure all work meets our high-quality standards. The work area is cleaned and restored to its original condition before handover.

Concrete Repair – Building Stronger Foundations

John Doe
CEO, Acme, Inc.

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John Doe
CEO, Acme, Inc.

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John Doe
CEO, Acme, Inc.

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John Doe
CEO, Acme, Inc.

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John Doe
CEO, Acme, Inc.

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Frequently asked questions

What is a threshold building?

According to Florida Statute Chapter 553 Section 71, a threshold building is defined as any building that is greater than three stories or 50 feet in height, or any building that has an assembly occupancy classification as defined in the Florida Building Code which exceeds 5,000 square feet in area and an occupant content of greater than 500 persons.
Threshold buildings are subject to stricter building code requirements due to their potential to cause significant damage or loss of life in the event of structural failure. These requirements apply to buildings that have structural elements which support vertical loads and lateral forces and are categorized as such due to their importance to the community.
The threshold building code requirements also apply to any building that is deemed to have a high risk of structural failure due to its location, occupancy, or type of construction. Additionally, any structure located in a Special Hazard Area or High-Velocity Hurricane Zone as defined by the Florida Building Code must comply with stricter building code requirements to ensure its ability to withstand severe weather conditions.

What is a threshold inspection?

A threshold inspection is a mandatory inspection required by the state of Florida for certain types of buildings. The inspection is designed to ensure that the structural elements of a building comply with the permitted construction documents and the Florida Building Code. The inspection is required for buildings that are categorized as threshold buildings, which are buildings that have structural elements that support vertical loads and lateral forces and are deemed to have a high risk of structural failure due to their location, occupancy, or type of construction.
A threshold inspection is required for buildings that are greater than three stories or 50 feet in height, or any building that has an assembly occupancy classification as defined in the Florida Building Code which exceeds 5,000 square feet in area and an occupant content of greater than 500 persons (already discussed in the previous question). The inspection must be conducted by a licensed threshold inspector (or Special Inspector) who is trained and qualified to inspect the structural elements of the building.

Who carries out a threshold inspection?

A threshold inspection must be performed by a qualified and registered threshold inspector, as per the Florida Administrative Code 61G1-25.003.
A threshold inspector is defined as an individual who is registered with the Florida Department of Business and Professional Regulation (DBPR) as a Threshold Inspector and has met the requirements for registration. These requirements include holding a current and valid certificate of competency as a General, Building, or Residential Contractor, or a Structural Engineer or Architect license issued by the State of Florida.
Also, to be accredited:
The professionals must possess a minimum of two years of experience in the field of structural architecture for threshold buildings.
The professional should have conducted structural inspections for a minimum of three years, with at least three of those inspections being for threshold structures, all within seven years of submitting their certification application.

What is the role of a threshold Inspector?

A special inspector (SI) or threshold inspector (TI) is an engineer or architect with specialized training and licensing in ensuring the safety and soundness of buildings. Their major duty is to make sure that the structural components of a building that is to be considered complete have passed all required inspections. CMU, cast-in-place concrete, steel reinforcement, shoring/restoring, post-tension wire, precast/prestress elements, metal studs, external window structures, and timber frame systems are only some of the structural elements that need to be inspected. The ability to climb ladders and navigate ordinary building terrain is a must for this position.

Additionally, a threshold inspector must check that the shoring and reshoring have been assessed to ensure they are in line with the shoring timetable and inspect all structural parts by the Threshold Inspection Programme. They may also keep tabs on the concrete's placement and conduct checks or queries in the field.

The inspector may participate in meetings with project engineers, other inspectors, and construction employees before the start of the project. They have to be committed to and supportive of the implementation of all site-specific safety and security procedures and processes.

How is the threshold inspection conducted?

The engineer or architect will thoroughly inspect the building before a set threshold. They will closely examine the report and compare it to the building's sketches and structural documentation of the components to be inspected. Once they arrive, they will assess various aspects of the building, such as the placement of concrete and its slump, structural elements and interfaces, grout placement, and reinforcement of steel parts before concrete construction. If there are any deviations from the guidelines or requirements, they will notify the general contractor or project manager who must address these issues before a declaration of compliance can be issued. Once all structural work is satisfactorily completed, the inspector will provide a signed and sealed declaration to the local compliance department certifying that all load-bearing components comply with approved documentation.

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Restore & Strengthen Your Concrete Today

Bring new life and durability to your concrete structures with our expert restoration services.