Below grade waterproofing is crucial for building-structures, especially in south Florida. Below grade waterproofing prevents water and moisture from entering foundational slabs, and bridges stress cracks that will undoubtedly form over time. When pairing effective, below-grade waterproofing with water management techniques, the below-grade building envelope remains leak-free and reduces high costs associated with life-cycle maintenance.

Below grade waterproofing is crucial for building-structures, especially in south Florida. Below grade waterproofing prevents water and moisture from entering foundational slabs, and bridges stress cracks that will undoubtedly form over time. When pairing effective, below-grade waterproofing with water management techniques, the below-grade building envelope remains leak-free and reduces high costs associated with life-cycle maintenance.

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Above-grade waterproofing refers to preventing water from penetrating into a structure above ground level, primarily addressing issues like exterior wall sealing and roof protection.Unlike below-grade waterproofing, which focuses on hydrostatic pressure, above-grade waterproofing deals with exposure to weather elements like UV light, rain, and temperature fluctuations.

Commonly applied to pools, fountains, planters & above-ground water systems. Above ground pools and planters are the most challenging structures to waterproof. We offer waterproofing in the pool-shell with approved NOA’s, featuring flexible polyurethane membranes with 20 Year watertight warranties. Our applications account for excess movement typically experienced in above ground pool structures. 

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Commercial traffic coatings arespecialized waterproofing and protective systems designed for high-traffic areas like parking garages, pedestrian walkways, and balconies.They protect concrete surfaces from water damage, wear and tear, and chemical exposure, extending the lifespan of structures.These coatings are often elastomeric, meaning they can bridge cracks and resist damage from traffic and weather.

Resinous Traffic Coatings, composed of materials like epoxy or polyurethane, are renowned for their exceptional waterproofing capabilities. Applied seamlessly to exterior surfaces, these coatings create a robust barrier that effectively repels water, preventing moisture penetration and damage. Commonly installed in areas exposed to heavy vehicular or pedestrian traffic, such as parking lots and garages, resinous traffic coatings not only enhance durability and resistance to wear but also act as a reliable waterproofing solution. In comparison to uncoated exterior traffic areas, where water infiltration can lead to structural deterioration, these coatings provide a crucial layer of protection, ensuring the longevity and structural integrity of the surfaces they cover.

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Commercial traffic coatings arespecialized waterproofing and protective systems designed for high-traffic areas like parking garages, pedestrian walkways, and balconies.They protect concrete surfaces from water damage, wear and tear, and chemical exposure, extending the lifespan of structures.These coatings are often elastomeric, meaning they can bridge cracks and resist damage from traffic and weather.

This versatile flooring system finds applications in commercial spaces, pathways, walkways and bridges, industrial facilities, and garages. The epoxy resin foundation ensures durability and a seamless finish, while quartz aggregates offer customization and a slip-resistant texture. This flooring solution excels in providing a harmonious balance between durability, aesthetics, practicality, and impressive impact resistance.

Included often is the integral epoxy cove base. This durable epoxy coating seamlessly transitions from floor-to-wall in a curved, cove-like profile. Its benefits include exceptional durability, easy maintenance, and resistance to chemicals, making it ideal for environments where hygiene and longevity are crucial, such as laboratories and healthcare facilities.

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Expansion joints in concrete structures, like driveways or sidewalks, are designed to accommodate movement caused by temperature changes and prevent cracking.Repairing or replacing them involves removing old material, cleaning the joint, and installing a new flexible sealant or a full replacement, depending on the extent of damage.

Bay to Bay Waterproofing specializes in the application of Pre-compressed, Winged, Closed-Cell and Soft Rod expansion joints. An expansion joint, or movement joint, is an assembly designed to hold parts of structure together while safely absorbing temperature-induced expansion and the contraction or shrinking of building materials, specifically concrete. Specialized Expansion Joints are commonly found between sections of buildings, bridges and parking structures. Expansion Joints are a particular area of interest, especially with remodeled buildings and structures, as technology in prior applications was either untypical as an available material, or commonly not used in joint repair or filling in dated construction.

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Pool waterproofing is the process of applying a protective barrier to a swimming pool's structure to prevent water from seeping in or out.This barrier, often a specialized coating or membrane, helps to protect the pool's integrity, prevent leaks, and extend the pool's lifespan.It's crucial because concrete and other common pool materials are porous and can be susceptible to water damage and deterioration when exposed to water and pool chemicals.

Above ground pools and planters are the most challenging structures to waterproof. We offer waterproofing in the pool-shell with approved NOA’s, featuring flexible polyurethane membranes with 20 Year watertight warranties. Our applications account for excess movement typically experienced in above ground pool structures. 

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Plaza deck repair and waterproofinginvolves a combination of repairs to the existing structure and the application of a waterproof membrane to prevent water damage.This process can include addressing issues like cracks, spalling, and drainage problems, followed by the installation of a protective waterproofing system. A system is then applied to prevent water penetration.This can involve various materials and techniques, such as:

Cold-applied Polyurethane: A durable and often expensive option, suitable for inverted waterproofing systems (tile directly on the membrane).

Hot-applied Rubberized Asphalt Membranes: Suitable for large areas, forming a seamless, bonded membrane.

Sheet Membranes: Rolled onto the surface and bonded with adhesive, creating a continuous barrier.

Liquid-applied Membranes: Applied with rollers or brushes, creating a thin, seamless layer. 

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An epoxy injection waterproofing system isa method of repairing and sealing cracks in concrete structures by injecting a specialized epoxy resin into the cracks.This process not only repairs the structural integrity of the concrete but also creates a waterproof barrier against water and other contaminants.The epoxy fills the cracks, bonding the concrete together and preventing future water intrusion.

This method is suitable for various structures, including basements, tunnels, tanks, and other concrete elements exposed to moisture or potential water damage.

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Waterproofing water features like fountains involvescreating a watertight barrier to prevent leaks and protect the structure.This can be achieved through various methods, including using liquid-applied membranes, waterproofing paints, or liners, depending on the specific needs and materials of the fountain.

Above ground pools and planters are the most challenging structures to waterproof. We offer waterproofing in the pool-shell with approved NOA’s, featuring flexible polyurethane membranes with 20 Year watertight warranties. Our applications account for excess movement typically experienced in above ground pool structures. 

Cold fluid-applied roofing systems areliquid waterproofing membranes applied without the need for heat, offering a safe and often cost-effective alternative to traditional hot-applied methods.These systems are particularly advantageous for new construction and roof restorations, especially in situations with challenging logistics or where open flames are a concern. No heat is required for these systems.

Fluid Applied Roofing is a seamless system applied as a liquid coating. Rather than using traditional roofing materials like shingles or tiles, Fluid Applied Roofing creates a monolithic membrane without seams, joints, or overlaps. Fluid Applied Roofing Systems deflect the issues caused by water infiltration commonly experienced in traditional roofing systems. These systems directly bond to the substrate, preventing lateral water migration, even in the event of a puncture, or abrasion and damage potentially caused by storms.

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Specialty roofing encompasses a range of roofing applications beyond traditional materials like asphalt shingles, often involving unique materials, complex designs, or specific performance needs.These can include metal roofing with various finishes, synthetic roofing mimicking other materials, and even solar or green roofs.

Specialty roofing waterproofing involves using advanced techniques and materials to protect roofs from water damage, especially on complex or challenging roof designs.This often includes using specialized membranes, coatings, and sealants to create a watertight barrier. Examples include systems for tile, metal, and even pedestrian decks.

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A full roof replacement, also known as a tear-off, involves completely removing all layers of the existing roofing system down to the decking and then installing a new roof.This process includes removing the old shingles, underlayment, flashing, and any other necessary components, and then installing new materials.

Bay to Bay Waterproofing & Restoration are licensed and insured roofers.

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Bay to Bay Waterproofing specializes in full scale Structural Concrete Repair & Restoration. All Repair & Restoration projects qualify under the 40–50 year recertification programs required for existing buildings & structures. Areas of focus within Structural Concrete Repair & Restoration are Column Repairs, Beam Repairs, Prestressed Joists, Post Tension (PT) Repairs, Full-depth & Partial-depth Slab Repairs, and Anti-corrosion treatments for structures & buildings.

Bay to Bay reminds that understanding the severity and importance of the structural recertification programs, especially in south Florida, is intrinsic to public safety. Our dedication to fulfilling requirements within these programs is crucial to our Waterproofing division.

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Repairing concrete columns, beams, and slabstypically involves addressing damage like cracks, spalling, or structural weakness.Methods include patching, encasement, or even partial or full replacement, depending on the extent of the damage and the structural requirements.

Concrete Column Repair includes: Encasement/Jacketing - Adding a new layer of concrete or steel around the existing column can strengthen it, especially if the original reinforcement is corroded. Fiber Reinforced Polymer (FRP) Wrapping - Applying FRP sheets to the column can enhance its strength and stiffness, offering a non-invasive repair option. Partial Demolition and Reconstruction - In severe cases, damaged sections are removed and replaced with new concrete and reinforcement. Supplemental Reinforcing Steel - Adding more steel reinforcement can address issues with existing reinforcement. 

Concrete Beam Repair includes: Patching - Spalled or damaged areas can be patched with mortar or concrete, sometimes with additional measures to improve durability. Reinforcement - Adding steel or other reinforcement can restore the beam's load-carrying capacity. Partial or Full Replacement - In cases of extensive damage, sections of the beam may need to be removed and replaced. 

Concrete Slab Repair includes: Patching - Cracks and minor damage can be repaired with patching compounds. Leveling - Uneven slabs can be leveled by lifting, grinding, or adding self-leveling concrete or new concrete. Replacement - Extensive damage or significant settling may require the slab to be replaced.

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Anti-corrosion coatings and repairs are crucial for protecting materials from degradation caused by environmental factors. These coatings act as a barrier, preventing moisture, chemicals, and other corrosive agents from reaching the underlying material.Different types of coatings, like epoxy, polyurethane, and zinc-rich primers, offer varying levels of protection for diverse industrial applications.

The types of Anti-corrosive coatings include: Barrier, Inhibitive, and Sacrificial. The specific coatings used in these processes are typically Epoxy, Polyurethane, Zinc, and Ceramic coatings. Repairing corroded materials includes processes such as: Surface preparation, Composite Repairs, and Metal Spraying.

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CMU block repair is the process of fixing damage to concrete masonry units (CMUs), commonly known as concrete blocks or cinder blocks, which are frequently used in construction, particularly for walls and foundations.These repairs can range from patching small cracks to replacing damaged blocks and addressing more significant issues like bowing or settlement.

These issues typically include: cracks, settling, deterioration, and damaged & broken blocks. Repair methods commonly include: patching, paraging, mortar repair, block replacement, reinforcement, and in some cases full foundation repair systems.

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Steel splicing in reinforced concrete involves joining separate steel reinforcement bars (rebars) to create a continuous length, transferring forces between them.This is crucial for maintaining structural integrity when rebar lengths exceed what's available or when creating complex shapes.Common methods include lap splices, mechanical splices, and welded splices, each with its own advantages and considerations.

Considerations for splicing are key in understanding why splicing could be needed, commonly: cost, efficiency, design, corrosion resistance, construction practice, and material properties. Methods of splicing commonly include: Lab splicing, Mechanical splicing, and Welded splicing.

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Post-tension and prestressed cable repairinvolves assessing, repairing, or replacing damaged tendons (steel cables) in concrete structures.This is crucial for maintaining structural integrity and preventing catastrophic failure, especially in buildings, bridges, and parking garages.Techniques include locating broken tendons, repairing or replacing them, and addressing surrounding concrete damage.

Prestressed Concrete involves stressing tendons before concrete is poured, often used in precast elements. While Post-Tensioned Concrete involves stressing tendons after concrete has been poured, offering design flexibility and allowing for thinner slabs and longer spans.

The common problems and causes that require these repair systems are: Corrosion - Water intrusion can lead to tendon corrosion, weakening the steel. Accidental Damage - Drilling, cutting, or impact can damage tendons. Deterioration - Wear and tear, aging, and environmental factors can contribute to tendon failure.

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Bay to Bay Waterproofing & Restoration offers commercial welding services which encompass a wide range of metal fabrication and repair solutions.These services are crucial for construction and infrastructure projects, often involving structural steel, custom metalwork, and on-site repairs.

Our commercial welders are experts in: structural steel fabrication, custom metal fabrication, and industrial & pipe welding.

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Bay to Bay Waterproofing & Restoration are certified painters and stucco experts. In the past, it has been common that a commercial painting company undergoes waterproofing out of necessity and a lack of niche expertise in the market.

While Bay to Bay began our Waterproofing & Restoration division as niche experts, eliminating the hassle of expert installation for painting contractors, we have also understood the value of providing post-Waterproofing solutions for our clients. Meaning, we have hired teams who are experts in finishing over waterproofing applications and are proud to provide the services of start to finish for clients.

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