About Vertex Contracting Solutions

Moisture mitigating epoxy systems are specialized flooring solutions designed to protect concrete surfaces from moisture vapor transmission (MVT), which can cause significant damage to flooring over time. These systems create a powerful barrier between the substrate and the surface, preventing moisture from penetrating the floor and leading to issues such as delamination, bubbling, or discoloration. Moisture mitigating epoxy is essential in environments with high humidity, areas prone to moisture intrusion, or spaces with newly installed concrete that has not fully cured. These systems are commonly used in commercial, industrial, and residential spaces, including warehouses, basements, hospitals, and manufacturing facilities.

In addition to controlling moisture vapor transmission, moisture mitigating epoxy systems offer the same benefits as traditional epoxy floors, including high durability, chemical and abrasion resistance, and ease of maintenance. The seamless, non-porous surface is easy to clean and helps promote a hygienic environment. By addressing moisture concerns, these systems ensure long-term floor stability and performance, reducing the risk of costly repairs or floor failure. Moisture mitigating epoxy systems combine durability with essential moisture protection, making them a reliable choice for environments where moisture control is critical.

Breathable epoxy systems are specialized flooring solutions designed to allow moisture vapor transmission (MVT) from the underlying substrate, preventing moisture buildup while still providing a durable and protective surface. Unlike traditional epoxy systems that create an impermeable barrier, breathable systems are formulated to let moisture escape, reducing the risk of bubbling, peeling, or delamination, especially in areas with high humidity or damp conditions. These systems are ideal for basements, garages, manufacturing facilities, or any space with moisture concerns in the concrete substrate.

While allowing moisture to pass through, breathable epoxy systems still provide the strength and durability expected from epoxy flooring. They offer excellent resistance to chemicals, abrasion, and wear, making them suitable for high-traffic environments. The seamless, non-porous surface is easy to clean and maintain, ensuring a hygienic and low-maintenance flooring solution. Breathable systems are especially beneficial in environments where moisture vapor is present but where a protective, long-lasting floor is still required. By balancing vapor permeability with durable protection, breathable epoxy systems are a smart choice for spaces that demand moisture management alongside performance and longevity.

Slab testing for moisture vapor transmission (MVT) is a critical process that assesses the moisture levels in a concrete substrate before applying flooring systems like epoxy, polyurethane, or other coatings. This testing helps determine if excessive moisture vapor is present, which can lead to floor failures such as bubbling, peeling, or delamination if not properly addressed. There are several testing methods commonly used, including calcium chloride testing, relative humidity (RH) probes, and moisture meters, each designed to measure the amount of moisture escaping from the slab. This step is essential in ensuring the long-term success of the flooring installation, particularly in areas with high humidity, recent concrete pours, or poor moisture management.

Conducting thorough slab testing allows for informed decisions regarding moisture mitigation strategies, such as applying moisture mitigating epoxies or breathable systems, to prevent future issues. By identifying the level of MVT before installation, contractors can select the most appropriate flooring solution or moisture barrier, ensuring the durability and longevity of the floor. Slab testing is an essential precaution for any project, helping to protect against costly repairs and ensuring a stable, high-performance flooring system tailored to the specific conditions of the substrate.